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Graduate ProgramsAdult ProgramsOnline OptionsTransfer StudentsAccepted StudentsCurrent StudentsFaculty/Staff
At Reinhardt University, you'll find an MBA program which is
With a curriculum focused on career advancement, Reinhardt's Advantage Master of Business Administration will help you develop the real-world skills and knowledge that are highly valued in today's competitive corporate, public safety and nonprofit markets. You will polish your critical thinking and problem-solving abilities and develop the entrepreneurial and persuasive practices of a seasoned authority.
Reinhardt Advantage MBA classes meet one night a week for 19 months. A practicum follows each set of courses. You will take one seven-week course at a time, thus allowing for an intensive focus on each subject. Reinhardt's North Fulton Center in Alpharetta, Ga., and at Chattahoochee Technical College's Canton campus, 1645 Bluffs Pkwy., Canton, GA 30114 (beginning in Fall 2013) are convenient for those who live or work in metro Atlanta, including Cherokee, Gwinnett, north Fulton and Forsyth counties.
Reinhardt provides a very affordable program. "Our curriculum is delivered by professors with training in theories and their applications, all at a very affordable price," said Dr. John Yelvington, an assistant professor of economics who teaches several MBA classes. "You will find that much of the coursework is immediately applicable in your professional and personal decision making." The Reinhardt Advantage MBA programs costs approximately $16,995 at the 14/15 rate), thus making it very competitively priced.
Classes average 12 to 20 members, and participation is expected. Students who start the program together form a cohort, and this group stays together from orientation through graduation. Your learning will be mentored by faculty members and visiting professional who have extensive experience and impressive academic credentials. Face-to-face instruction, complemented by web discussion boards and focused support materials, will provide repeated opportunities for growth and advancement.
For some applicants, the GMAT is optional. Please call for specifics.
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Program questions: 770-720-5591Dr. Katherine Hyatt, Program CoordinatorAssistant Professor of firstname.lastname@example.com
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Youth Tee (More Styles...)
American Apparel 100% cotton kids t-shirt has a standard fit. The medium-lightweight jersey fabric is made of super-soft combed cotton. Sizes: Youth 2-12
Mens & Unisex Jump to: Tees Long Sleeve Tanks Sweatshirts Juniors / Women's Fitted Kids & Babies Accessories Description: Tuxedo Search: bowtie, bow, tie, necktie, suspender
More designs in Spaghettee

subset: commoncrawl


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thecoalman - 1:05 am on Jan 5, 2008 (gmt 0)
The next in the list for compatible video formats would be WMV but that precludes most people not using a Windows machine. I've always used WMV myself in the past but with the popularity of Youtube flash is definitely looking like a viable alternative.
There's really no good answer for this, because no matter which way you turn there is browser compatibility issues for embedding a player. Even if you could get by that you still have video compatibility issues, just because it plays on your machine doesn't necessarily mean it can play on someone else's. Divx for example is great video codec for highly compressed material but you'll be excluding a lot of peopla that do not have the codec installed. The only thing close to a universal video format is MPEG1, downside is that it requires 4X to 5X the bitrate that other compressed formats like Divx and WMV for comparble quality which increases the file size 4X to 5X.


text: If you're normally a Large, you'll definitely be fine with a Medium. With me, it wasn't even a case of the Medium being slightly big - it felt like I'd bought the wrong size. Sizing down to a Small fits like all my other clothes (which are nearly always medium). Anyway, do post on here what you get - Uniqlo's knitwear is staggering value for money given what they charge and the fact its 100% merino.


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Copper Metal chemical element: Cu ( ingot/bar ) Large, 1 pound ingot of extremely high purity (99.999% pure) Copper metal (atomic number 29). Ideal for element collectors or those conducting experiments/producing alloys with pure Copper metal. Ingots measure about 2.5" x 5.1" x 1/4" thick. One of the last affordable investment metals - makes a great gift to collectors or use for electroplating and other experiments that require high purity Copper metal.
1 pound bar: $20.00
Product 43/157


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Christmas Tree Market™ brings you the best articles for Christmas ideas and inspiration! From Christmas decorating to artificial Christmas tree storage, you'll find whatever you need to enjoy a happy and stress-free holiday season. We are constantly adding tips and tricks, so check back regularly for resources on all things Christmas.
Christmas Tree Donations
Buying an Artificial Christmas Tree
Christmas Decorating Ideas
Christmas Decorating Themes
How To's
Christmas Decoration Storage & Maintenance
All About Christmas Trees


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ITL works in partnership with academic staff, schools and faculties to develop and facilitate tailored workshops, one-to-one, just-in-time sessions and online and blended professional development opportunities.
The Teaching and Learning Online (TLO) workshop program comprises a series of small group, hands-on workshops provided in a supportive environment, with a focus on designing effective and satisfying online learning experiences for your students.
The workshops provide an opportunity to practice using specific DSO technologies and to explore strategies for using them in your teaching practice.
All sessions listed above are available by request.
ITL also regularly runs scheduled online eLive workshops. View and register for upcoming sessions.
For additional information or to request a session contact:
Trish McCormick
Email: firstname.lastname@example.com
Phone: (03) 924 68183 (ext 68183)
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Email: email@example.com
Phone: (03) 5227 8127 (ext. 78127)


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Catalogue Number: XE3-57V9
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As long as there has been crime there has been crap crime. From the Garden of Eden onwards, most criminals must have been at least a bit crap - or else they wouldn't have been caught, right? Ok, some real-life rogues like Bonnie and Clyde, or fictional villains like Moriarty, make breaking the law seem pretty glamorous. But not the failed felons banged up inside this book. Crap Crimes is a hilarious compendium of criminal stupidity - from the woman who went to the police to complain that she had been sold poor-quality cocaine, to the burglar who left his phone charging in his victim's house. If you need proof that crime does not pay - or you just want a good laugh - then this is the book for you.
Martin and Simon Toseland are brothers who, in spite of all the evidence, decided that writing together wouldn't be a criminal way to make a living. They have yet to be convicted.
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Planex MKZ-RP150N Pocket Router Announced
12/22/2010, Planex has just announced that it is adding another router to its portfolio. The MKZ-RP150N pocket router is a simple device with just a single connection for Ethernet, and will support WiFi and basic DNS services. The USB-powered portable router retails for about $41, and may be a good, cheaper alternative to Apple's AirPort Express.


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Summary | Excerpt | Reading Guide | Reviews | Beyond the book | Readalikes | Genres & Themes | Author Bio
Skillfully interweaving historical fact with psychological insight and vivid imagination, Sharratt's redemptive novel, Illuminations, brings to life one of the most extraordinary women of the Middle Ages: Hildegard von Bingen, Benedictine abbess, visionary, and polymath.
Offered to the Church at the age of eight, Hildegard was entombed in a small room where she was expected to live out her days in silent submission as the handmaiden of a renowned but disturbed young nun, Jutta von Sponheim. Instead, Hildegard rejected Jutta's masochistic piety and found comfort and grace in studying books, growing herbs, and rejoicing in her own secret visions of the divine.
When Jutta died some thirty years later, Hildegard broke out of her prison with the heavenly calling to speak and write about her visions and to liberate her sisters and herself from the soul-destroying anchorage.
Riveting and utterly unforgettable, Illuminations is a deeply moving portrayal of a woman willing to risk everything for what she believed.
She is so bright and glorious that you cannot look at her face or her garments for the splendor with which she shines. For she is terrible with the terror of the avenging lightning, and gentle with the goodness of the bright sun; and both her terror and her gentleness are incomprehensible to humans. . . . But she is with everyone and in everyone, and so beautiful is her secret that no person can know the sweetness with which she sustains people, and spares them in inscrutable mercy.
Hildegard von Bingen's vision of the Feminine Divine, from Scivias,
III, 4.15, translated by Mother Columba Hart, O.S.B., and Jane Bishop
Prologue: Apostate
Rupertsberg, 1177
THE MOST ANCIENT and enduring power of women is prophecy, my gift and my curse. Once, centuries before my existence, there lived in these Rhineland forests a woman named Weleda, she who sees. She took no husband but lived in a tower. In those heathen times, her people revered her as a goddess, for she foretold their ...
Deftly written, this novel places the reader fully into Hildegard's life and time with fully rounded characters, the historical backdrop of the Crusades and the ongoing struggle of women to overcome the social roles expected of them.
(Reviewed by BookBrowse First Impression Reviewers).
Full Review (820 words).
St. Hildehard von Bingen was an incredibly gifted writer and music composer. Her music is known for its soaring registers and flourishes. As a child, she was exposed to music at the monastery when she heard others take part in the Divine Office. She listened and learned from the interplay between words and sound. The monastery provided a forum for music composition with copyists who could pen the music and a skilled group who could sing it.
The saint believed music was the highest form of human activity and collected them as a complement to traditional Gregorian chants.
A Paris-based ensemble group, Sequentia, has revived the popularity of St. Hildegard von Bingen's music. Sequentia's work on the music has been recorded on seven releases ...
If you liked Illuminations, try these:
A brilliant literary debut, inspired by a true story: the final days of a young woman accused of murder in Iceland in 1829.
A novel about the early years of Christ, based on the Gospels and on respected New Testament scholarship.
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Books you'll stay up all night reading; books that will whisk you to faraway places and times, books that will expand your mind and inspire you -- the kinds of books you just can't wait to tell your friends about.


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Friends tried to save Cedar Grove teen killed in Little Falls
Related: 'Senseless tragedy' leaves teen dead as Totowa man charged
The friends of a dying 18-year-old, who sat slumped in a car after being stabbed with a steak knife outside a Little Falls home early Monday, frantically tried to save his life by applying pressure to his wounded chest, the victim's girlfriend said Tuesday.
Brian Topoleski of Cedar Grove later died at St. Joseph's Regional Medical Center in Paterson. His alleged assailant, 20-year-old Jonathan Lafontaine of Totowa, was arrested and charged with first-degree murder.
Lafontaine, who has a history of brushes with the law, and Topoleski, who a friend said wasn't the type to shy from a fight, faced off in a confrontation that unfolded so quickly that no one had time to stop it. They encountered one another just minutes before when two groups of young people in separate vehicles got into an argument on Union Boulevard in Little Falls, police said.
Topoleski's girlfriend, Alexandra Silano, said friends who were with him told her he didn't realize he was stabbed at first and got into the car before clutching his chest and collapsing.
Two of the friends took off their shirts and used them to apply pressure to the wound, she said. Those friends could not be reached Tuesday, but one posted this reaction to the experience on Twitter:
"I wish that nobody should ever see one of their best friends the way I saw mine yesterday," he wrote.
Law enforcement authorities offered few new details about the incident on Tuesday, but said Lafontaine is the only suspect in the case. He is being held in the Passaic County Jail on $1.5 million cash bail and is scheduled to make his first court appearance this afternoon in Superior Court in Paterson.
A wake will be held for Topoleski on Thursday and he will be buried in North Arlington on Friday following a funeral Mass at St. Catherine of Siena Church in Cedar Grove, according to an obituary notice.
Police said the argument that led to the stabbing began sometime before 1 a.m., when Lafontaine and three friends in a Jeep pulled up at a red light on Union Boulevard behind a Mercedes-Benz carrying Topoleski and five friends. Topoleski and his friends had been at a graduation party earlier in the evening and had just left an Applebee's restaurant, police have said.
The occupants of the Jeep at first thought the young people in the Mercedes were their friends, and shouted something to them, police said. The two groups then argued for reasons that remain unclear and the Mercedes followed the Jeep to a house at 56 Jacobus Ave., police said.
Topoleski and his friends got out of the Mercedes, police said, and Lafontaine then quickly walked into a friend's house and grabbed steak knives from the kitchen. A resident of the house, 18-year-old Rilind Hoti, tried to stop him from leaving the house and was slashed in the hand, authorities said.
"This was a very rapidly moving incident," said Chief Assistant Passaic County Prosecutor Michael DeMarco.
DeMarco said Topoleski was walking back to the Mercedes as Lafontaine approached. Lafontaine then allegedly punched the victim in the face and stabbed him in the chest multiple times. Events moved so quickly that no one was able to intervene, DeMarco said.
Silano, the victim's girlfriend, described Topoleski as having an entrepreneurial spirit, saying he sold old cellphone cases on eBay and talked about one day becoming wealthy by owning his own business. She also said that he knew how to make people smile, and often told her that she is beautiful.
"Being around him made you happy," she said.
Topoleski, who was known as Topo to his friends, was working at his father's flooring company and delivering Chinese food while preparing for his freshman year at Montclair State University in the fall, Silano said. She plans to attend the University of Delaware and said she was looking forward to her boyfriend's visits.
Lafontaine pleaded guilty last year to a third-degree aggravated assault charge in Woodland Park and was sentenced to three years of probation, according to court papers. He has been charged with criminal mischief in Totowa for allegedly breaking the rear window of a woman's car by throwing "debris" at it in May.
It was unclear whether the May incident would have violated the terms of his probation. DeMarco said that in some cases probation is violated only upon conviction.
Lafontaine lives with his mother and two brothers in a second-story apartment above stores on Union Boulevard.
A man who answered the door at the apartment on Monday declined to comment. Merchants in the area described Lafontaine as a quiet young man who kept to himself. The owner of a store downstairs from the apartment, Lou Colao, said he is a "tall, skinny kid" who dressed nicely.
"I can't believe this happened," Colao said. "He didn't seem violent."
Silano said Topoleski was muscular and athletic, and not the kind of person to back down from a fight. She said she was told that Topoleski and Lafontaine exchanged words and appeared to be taunting one another. But she added that she does not believe her boyfriend anticipated Lafontaine using a knife.
"The world is so cruel that a fistfight has to turn to knives coming in," she said.
Topoleski's friends expressed their sadness in Twitter posts on Tuesday. Silano said in one post that she had never before noticed something Topoleski posted on his Twitter profile, writing that it "shows me he's always here for me."
"When you're up, it's never as good as it seems, and when you're down you never think you'll be up again," Topoleski posted. "But life goes on."


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Mine asteroids and struggle to survive on the frontiers of space with only your wits and a tiny mining ship in this arcade-style game. Dig your way through massive, dynamically generated asteroids and discover ancient alien technology! Adjust the difficulty anywhere from super-casual to a hard-core fight for survival.
These are the first screenshots from the upcoming PC version!


text:
Home > Research Legal Advice > Immigration > PLEASE HELP.CAN A NATURALIZATION CERTIFICATE BE COPIED?
My husband got his citizenship through millitary, we are trying to change my status since my visa expired and they need proof of his citizenship but he is saying that when he was sworn in they told him its illegal to make any copies.
if it...is there any other way to proof it. he doesnt hav a us passport and us birth certificate.
Don't speak legalese? We define thousands of terms in plain English.
Browse our legal dictionary


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Hello I am new at this cite so please help me out on how to post questions and help for others asking question. Thanks so much!
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text:
New car of 1908
The crossword puzzle clue today is "New car of 1908". To solve this puzzle clue, we look for the similarity crossword puzzle definitions for our clue. Below are the possibilities crossword solution and answer for "New car of 1908". Good luck! :).
The crossword solution for New car of 1908 is :
Similar crossword puzzle definitions:
'20s auto;
Earliest assembly-line Ford;
Classic car;
Try this 6 letters answer: MODELT
If there is another crossword solver for "New car of 1908" , feel free to leave a comment below and we will rate as the right answer for thiscrossword puzzle. Good Luck!
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text:
US 20050177603 A1 Abstract A system and method for performing real-time replication of data across a network is provided. A mirroring engine receives a write request from a host application operating on a source computer. The mirroring engine compares data in the write request with corresponding data stored in memory. If data in the write request differs from stored data, the mirroring engine processes the write request. Processing involves computing a data signature across data in the write request and associating the signature with a transaction number and a status byte. The transaction number is used to uniquely identify the data signature and can be used to ensure that the signature is properly handled if it is received, for example, out of order. The status byte contains information used for handling the data signature and transaction number as well as information identifying how the data signature was computed. In an embodiment, the status byte may contain a bit for identifying if the data signature was computed across an entire block of data or if the signature was computed over only a portion of a data block, such as for example, only data bytes that have changed as compared with those in the stored data. Processing may further include compressing and encrypting the data signature, transaction number and status byte prior to transmission over a network. Embodiments may further employ a meta-file for storing data signatures, transaction numbers, status bytes, and other information useful for performing real-time data replication over a network.
Claims(51) 1. A method for replicating data comprising the steps of:
operating an application in conjunction with a primary file server, said application further outputting a write operation; receiving said write operation and comparing said data to stored data associated with a primary file; generating an index referencing a changed data byte within said file, wherein said changed data byte occurs when a data byte within said data does not substantially match a corresponding stored data byte in said stored data; providing said index to a meta-file for use in replicating said changed data byte; and providing a mirroring engine operatively associated with said meta-file and utilizing a transaction number to uniquely identify said changed data byte. 2. The method of
grouping said changed data byte with a plurality of other changed data bytes producing a data block. 3. The method of
4. The method of
5. The method of
6. The method of
7. The method of
8. The method of
9. The method of
10. The method of
11. The method of
12. The method of
13. The method of
14. The method of
15. A method for replicating data across a communications network comprising the steps of:
opening a meta-file and determining if said meta-file was properly closed, said meta-file including a block signature representing a data block associated with a source computer, and further including a transaction number for facilitating identification of said data block; establishing data communication with a remote computer having replicated data residing thereon using said communications network; receiving a remote meta-file file from said remote computer, said remote meta-file including a remote block signature and a remote transaction number; and comparing said meta-file to said remote meta-file for determining if said data was properly replicated from said source computer to said remote computer. 16. The method of
building an array including at least said block signature if said meta-file was properly closed; and re-computing said block signature if said meta-file was not properly closed. 17. The method of
setting a dirty bit in said block signature if said meta-file was properly closed. 18. The method of
setting said block signature to an absolute value if said block signature is non-dirty and a data signature portion of said block signature has a cumulative value. 19. The method of
20. The method of
setting said block signature to dirty if said transaction number and said remote transaction numbers do not match; and transmitting said block signature to said remote computer if said signature is dirty. 21. The method of
writing said block signature to a computer-readable storage device operatively associated with said remote computer; updating said transaction number using a transaction number counter to produce an updated transaction number; and sending an updated remote block signature and said updated transaction number to said source computer using said communications network. 22. The method of
setting said updated remote block signature to non-dirty; and enabling data writes on said source computer. 23. A method for replicating data across a communications network comprising the steps of:
receiving a data packet over said network, said packet having one or more primary file changes respectively represented by changed data, said packet further having a data signature representing a changed data byte within a data block associated with a source computer, and further having a transaction number associated therewith for uniquely identifying said changed byte; computing a remote data signature for a remote data block residing in a memory, said remote data block further associated with a remote computer; and determining if said data signature and said remote data signature match, wherein a match indicates that the content of said data block is substantially identical to the content of said remote data block. 24. The method of
25. The method of
updating said remote meta-file if said data signature does not match said remote data signature, said updating further including copying said remote data signature into a signature portion of said remote meta-file, said updating further including incrementing said transaction number to produce an incremented transaction number and copying said incremented transaction number into a transaction portion of said remote meta-file. 26. The method of
comparing said transaction number to a remote transaction number associated with said remote data block. 27. The method of
generating an error message if said transaction number does not match said remote transaction number. 28. The method of
generating an error message if said block signature does not match said remote data signature. 29. The method of
sending an error message to said source computer, said error message causing said source computer to perform an error recovery function. 30. The method of
decrypting said data packet; and decompressing said data packet. 31. A system for replicating data across a network, the system comprising:
a primary server comprising:
a communication interface for providing a data packet comprising at least a portion of a new data block to said network;
a storage device having stored data thereon, said stored data including a plurality of stored data blocks; and
a processor executing machine-readable instructions for receiving said new data block from a host application, said processor further comparing said new data block to a corresponding portion of said stored data, said processor further interacting with a meta-data file after processing said new data block using a hash function; and
a remote server communicatively coupled to said network for receiving said data packet over said network. 32. The system of
33. The system of
34. The system of
a data signature representing said new data block; and a transaction number for uniquely identifying said new data block. 35. The system of
a data signature representing a changed byte associated with said new data block, wherein said changed byte occurs when a data byte within said new data block does not substantially match a corresponding stored data byte within said stored data block; and a transaction number for uniquely identifying the order of said changed data byte with respect to changes associated with other data bytes in a primary file. 36. The system of
37. The system of
38. The system of
39. The system of
a queue for holding said data signature prior to providing said data packet to said network. 40. A computer-readable data transmission for facilitating data replication across a data communications network, said data transmission comprising:
a file open status indicator; a header portion having information useful for determining if a meta-file was properly closed; a block temporal signature portion having a data block signature and a transaction number; and a status portion having information about said data signature. 41. The computer-readable data transmission of
a time stamp. 42. The computer-readable data transmission of
43. The computer-readable data transmission of
44. The computer-readable data transmission of
45. The computer-readable data transmission of
46. The computer-readable data transmission of
47. The computer-readable data transmission of
48. The computer-readable data transmission of
49. The computer-readable data transmission of
50. The computer-readable data transmission of
51. The computer-readable data transmission of
Description The instant application claims priority under 35 U.S.C. � 119 to provisional application 60/542,078 filed Feb. 6, 2004 and having title, �Temporal Signature-Based Opened-File Replication for Computer-Based Electronic Files,� the content of the above application is herein incorporated by reference in its entirety. Computers have become essential elements in the day-to-day operation of many enterprises such as, for example, corporations, governments, and educational institutions. Many of these computers operate in cooperation with other computers and data processing devices by way of communication networks. Networked computers routinely accept, process, display and transmit data when running software applications such as, for example, database applications, stock trading applications, computer aided design (CAD) applications, data analysis and modeling applications, and order processing applications. Data residing on networked computers may be essential to the operation of a project or enterprise. Furthermore, the data may be difficult, or impossible, to replace if it becomes lost, damaged, or corrupted. Enterprises may utilize data backup, or archiving technologies in order to reliably create duplicate data sets for use in the event that a primary, or master, data set becomes corrupted. Prior art data archiving techniques may employ creation of an entire duplicate data set at fixed intervals, for example, daily, weekly, or monthly. The archived data may be written to tape, a separate hard drive, to CD-ROM, etc. When data files become large, performing archives of an entire master data file can take many hours. In addition, the archive can utilize almost one-hundred percent of a network's bandwidth if the archive is saved to a remote device coupled to the network. When data files change often, such as numerous times throughout a day, maintaining up-to-date data archives may become problematic due to the amount of time and network resources required to archive master data throughout the day. Failure to maintain up-to-date data archives can greatly increase the amount of time necessary to recover from a disaster such as a crashed hard drive, a fire, an act of sabotage, etc. Prior art techniques may further attempt to archive data in ways other than replicating an entire data set or storage system. An example of an alternative backup technique is referred to as a transaction-based backup. A transaction-based backup involves the transmission of a high level transaction to a remote file server in its entirety. High level transactions are typically specific to a particular application such as a database application. Therefore, use of such an approach can be database-engine specific, and therefore may have to be implemented as part of the database application itself. As a result, this approach can be costly since the particular application may have to be modified and further can require large amounts of network bandwidth since the entire high level transaction is sent to the remote file server. Another prior art technique is referred to disk mirroring. Disk based mirroring, as the name implies, involves replicating the contents of a disk on a remote device. Implementations of disk based mirroring may replicate, or mirror, actual disk writes, including sector locations and sector data from the primary server to a remote server. Use of disk mirroring requires the use of very high reliability and high bandwidth communications networks as well as requiring identical disk hardware on both the primary server and remote server. Still another replication technique used in the art is referred to as file based mirroring. File based mirroring involves the replication of files, or portions thereof, from a primary server to a remote server. File based mirroring may include transmission of an entire file or may involve the transmission of file portions in order to conserve network bandwidth. When portions of files are transferred, problems can arise if a transmitted portion is lost, arrives out of order, or becomes corrupted. When a problem arises, prior art techniques may retransmit an entire data file resulting in inefficient use of network bandwidth. What is needed is a data backup technique for maintaining up-to-date archives on an ongoing basis. In addition, the backup technique should efficiently use network bandwidth and further should not be overly burdensome to the processing capabilities on the master or remote computers. Furthermore, the master computer should send updates to the remote site in substantially real-time, when feasible. In addition, the data backup technique should use data compression and error detection protocols in a manner avoiding the re-transmission of large volumes of data whenever an error occurs. Aspects of the invention facilitate substantially real-time synchronization of a primary, or master, file resident on a primary server with its corresponding replica, or backup file, which is resident on a remote file system. Real-time as used herein refers to operations that occur sufficiently fast so as to appear to be occurring without objectionable delay to a human observer. Synchronization is achieved by reliably mirroring data to the remote file system very soon after the data is modified on the primary server. In addition, embodiments of the invention can be implemented without changing or modifying host application(s) generating and/or modifying the mirrored primary files. Furthermore, only the actual changes to the primary file are mirrored. Since only the changed portions of the primary file data are sent to the remote system, embodiments of the invention efficiently utilize network bandwidth. In fact, the amount of data exchanged between a primary server and backup server is typically a small fraction when compared to the actual size of the data written to the corresponding file on the primary server itself. Furthermore, the order of data write operations on a given file is maintained between the primary server and backup server; in addition, the ordering of writes between files is maintained. In the event that the primary server, the backup server, or the network suffers an outage, or interruption, embodiments of the invention ensure that the primary file and backup file match before again commencing the continuous replication process. In addition, data mirroring implemented in accordance with aspects of the invention preserves the order of data changes thus facilitating efficient re-transmission of corrupted or misplaced data changes. Furthermore, the invention can asynchronously mirror data while both the primary and remote file systems are operating thus alleviating the need to have the primary file closed in order to perform data mirroring and further reducing the demands placed on the systems during mirroring operations. In addition, preferred embodiments ensure that replicated data is identical to corresponding source file data prior to updating the replicated data on the backup server. This approach prevents accumulation of errors as would occur if updates were made to a replicated file that did not contain a true copy of data making up the source file. In accordance with an aspect of the invention, a method for replicating data is provided. A host software application is operated in conjunction with a primary file server. The application further outputs one-or-more write operations. The write operation is received and this data is compared to stored data which is associated with a primary, or source, file resident on the primary server. An index is then generated. This index references a changed data byte within the primary file. A changed byte occurs when a data byte within the data written by the host application does not substantially match a corresponding stored data byte in the stored data. Then, the index is provided to a meta-file for use in replicating the changed data byte. A mirroring engine receives the index and further uses a transaction number to uniquely identify the changed data byte. The mirroring engine can also queue the changed data byte prior to transmission across a communications network to a remote server. In accordance with another aspect of the invention, a method for performing real-time replication of data across a communications network is provided. A meta-file is opened and a check is made to determine if the meta-file was properly closed after previous access. The meta-file includes a block signature which represents a data block associated with a source computer. In addition, the meta-file further includes a transaction number for facilitating identification of the data block. Communication is then established with a remote computer having replicated data stored thereon in memory. The remote computer provides a remote meta-file to a source computer. The remote meta-file includes, among other things, a remote block signature and a remote transaction number. The source computer then compares the received remote meta-file to the meta-file residing thereon to determine if the data was properly replicated from the source computer to the remote computer over the communications network. In accordance with yet another aspect of the invention, a method for replicating data across a communications network is provided. A data packet is received over a network. This received packet contains one-or-more primary file changes which are, respectively, represented by changed data. In addition, the received packet further includes a data signature representing a changed data byte within a data block associated with a source computer. The received packet further includes a transaction number, assigned by a remote server, which is used to uniquely identify the changed byte. A remote data signature is then computed for a remote data block residing in a memory associated with a remote computer. And, a determination is made as to whether the data signature and the remote data signature match. A match between the remote data signature and the data signature indicates that the contents of the data block and remote data block are substantially the same, or identical. In accordance with still another aspect of the invention, a system for replicating data in substantially real-time is provided. The system includes a primary server, or computer, having a communication interface for making a data packet containing at least a portion of a new data block available to a network having a storage device containing stored data which includes a plurality of stored data blocks, and further having a processor for executing instructions to enable receipt of a new data block from a host application. The processor further compares the new data block to a corresponding portion of the stored data. In addition, the processor interacts with a meta-data file after processing the new data block using a hash function. The system also includes a network for conveying a data packet from the primary server to a remote server. The remote server further receives the data packet and processes it in a manner facilitating real-time replication of the transmitted data. In accordance with still another aspect of the invention, a computer-readable data transmission for facilitating real-time data replication across a data communications network is provided. The data transmission includes an open file status indicator, a header portion containing information useful for determining if a meta-file was properly closed after a prior access, a block temporal'signature portion containing a data block signature and a transaction number and a status portion containing information about the data signature. The foregoing and other objects, features and advantages of the invention will be apparent from the following more particular description of preferred embodiments of the invention, as illustrated in the accompanying drawings in which like reference characters refer to the same parts throughout the different views. The drawings are not necessarily to scale, emphasis instead being placed upon illustrating the principles of the invention. Subheadings used hereinbelow are to assist the reader and should not be construed as defining or in any way limiting embodiments and implementations of the invention. In addition, the disclosure includes examples which are illustrative in nature and are not intended to limit the disclosed invention in anyway. Embodiments of the invention replicate data from a primary server to a remote server in substantially real-time. Real-time operation is facilitated by transmitting only those portions of the data that have changed. Furthermore, data changes are compressed using data compression techniques known in the relevant arts in order to further reduce the amount of data transmitted over a network. Hash functions are used in conjunction with other information making up a block temporal signature so that transmitted data can be verified, the ordering of data can be maintained, and so that corrupted data can be identified and re-transmitted without requiring re-transmission of uncorrupted data. Corrupted data may include, but is not limited to, data that arrives out of order and data that contains errors. Exemplary Implementation for Performing Data Mirroring Primary server, or computer, 102 may include substantially any type of device capable of manipulating machine-readable data and instructions in conjunction with a processing device; however, in many implementations of preferred embodiments, primary server 102 is implemented as a conventional server architecture consisting of a computer adapted to a particular purpose using hardware, software or a combination thereof. Server 102 may operate a software application for providing a specific type of service to one-or-more clients 108. Furthermore, server 102 may share its resources among other devices coupled to LAN 112 or network 114. By way of example, primary server 102 may be a database server providing database interactive connectivity to clients 108. Or, alternatively, primary server 102 can be a web server providing interactive connectivity and content to a plurality of users. While primary server 102 may typically consist of a workstation, it is not limited thereto and may consist of a personal computer or other device capable of processing machine-readable instructions for performing one-or-more operations to achieve a desired result, or outcome. Since primary server 102 acts as the source of file writes, which are replicated across a network, primary server 102 is also referred to as a source server or a source computer. Primary server 102 operates in conjunction with a host application which may be any type of software application capable of generating data writes to a computer-readable storage medium. A host application, as well as other software implemented functions associated with preferred embodiments, may be implemented in high level programming languages such as, for example, C++, LISP, and JAVA; or alternatively, the host application can be implemented in a low level programming language such as assembly code. Data repository 104 may include hardware and/or software for storing and handling data bytes, records and files in a machine, or computer, readable format. For example, data repository 104 may include a storage disk, a redundant array of independent storage disks (RAID), a network attached storage system (NAS), or a firmware memory such as a solid state disk or flash memory. Data repository 104 may further be communicatively coupled to primary server 102 using a bus or network connection such as a network interface card (NIC). Source, or primary, file 106 refers to a file associated with primary server 102 and which is capable of association with computer-readable data. For example, a source file 106, also referred to as file-master, may consist of a database file containing information about employees, an online ordering application for manipulating transaction data used in e-commerce applications, data associated with a document, data associated with a digital image, multi-media data associated with a web conferencing application, or system files used to ensure proper operation of primary server 102. In addition, source file 106 may create, use, or manipulate data structures resident in a computer-readable storage medium such as a random access memory (RAM). In many applications, source file 106 will undergo many changes over a 24-hour period. These changes may occur as data is added or removed from source file 106, as data is manipulated within source file 106, or as data in source file 106 is affected by other applications, events or circumstances. Furthermore, primary server 102 may operate on a plurality of source files 106 essentially simultaneously. And, preferred embodiments may be adapted to replicate a plurality of source files 106. When embodiments employ replication of multiple source files, the order of data writes within a single file is maintained, and the order of data writes across files is maintained. As a result, preferred embodiments can be used to accurately replicate data using substantially any type of computer, network, or file system architecture. Client computers 108A-D may consist of any type of processing device capable of executing machine-readable instructions and further capable of communicating with primary server 102. Client computers 108 may include, for example, personal computers, laptop computers, personal digital assistants (PDAs), hand held computers, web-enabled cellular telephones and application specific processing devices such as printer 110. Client computers 108A-D may communicate with primary server 102 using LAN 112. LAN 112 may be a hardwired network, a wireless network, or a combination thereof. Components and systems operatively associated with primary server 102 may collectively be associated with a source location 101 which may be, for example, an office building, a hospital, a university campus, etc. Source location 101 may furthermore be communicatively coupled to one-or-more remote locations 103 using communications network 114 and one-or-more links 116. Links 116 may consist of hardwired connections capable of conveying data and may include, for example, shielded-twisted pair, coaxial cable, optical fiber, and the like. Alternatively, links 116 may be wireless and can include, for example, radio frequency (RF), free space optical, or free space acoustic communication media. Communications network 114 is used to convey machine-readable data from a primary server 116 to at least one remote server 118. Communications network 118 may consist of any type of network capable of carrying machine-readable carrier waves and/or data transmissions between a sending device and a receiving device and can include substantially any type of analog or digital network operating with substantially any network protocol. By way of example, network 114 may consist of a telecommunication network such as a plain old telephone system (POTS) or a data communications network such as a local area network (LAN), a wide area network (WAN) or metropolitan network (MAN). Furthermore, network 114 may operate using substantially any network protocol, alone or in combination, including but not limited to synchronous optical transport (SONET), asynchronous transfer mode (ATM), internet protocol (IP), frame relay, packet switched, real-time transport protocol (RTP), wireless application protocol (WAP), Bluetooth�, and the like. Remote server, or computer, 118 may be configured using an architecture similar to that used in conjunction with primary server 102; however, remote server 118 is not limited thereto. Remote server 118 may alternatively employ hardware and software that is different in make-up and operational functionality if desired. Remote server 118 is further configured to receive and operate on blocks of data used in conjunction with replicating source file 106 onto remote server 118 in accordance with aspects of preferred embodiments. Remote data store 120 may be configured in substantially the same manner as data store 104 and is used to facilitate storage of replicated file 122, also referred to as file-remote. Replicated file 122 contains a true copy of data making up source file 106. In addition, replicated file 122 may be updated in a substantially continuous manner using bandwidth efficient data mirroring techniques described hereinbelow. Replacement primary file server 124 includes necessary hardware and application software for enabling it to function in substantially the same capacity as primary file server 102 upon receipt of a replicated file 122. For example, if primary server 102 suffers a catastrophic crash, remote server 118 may be programmed to transfer an up-to-date version of replicated files 122 to replacement server 124. Upon receipt of replicated files 122, replacement server 124 can assume the functionality previously performed by primary server 102. Replacement server 124 may be located, for example, in the same building as primary server 102 whereas remote server 118 may be located in a different city. Alternatively, remote server 118 may become a replacement for primary server 102 and replacement server 124 may become the backup server for remote server 118 upon a catastrophic failure of primary server 102. Software vendor 126 makes necessary machine-executable code available to primary server 102, remote server 118 and replacement server 124 so that these systems can perform real-time data replication. In addition, software provider 126 may provide customer support and may further provide system and software monitoring to customers. In alternative embodiments and implementations, software provider 126 may provide emote server 118 using its facilities and infrastructure so that data replication services can be provided using an application service provider (ASP) model. Processor 132 may be any type of conventional processing device that interprets and executes instructions. Furthermore, processor 132 can be implemented as a single processor or as multiple processors operating in, for example, a parallel configuration. Main memory 134 may be a random access memory (RAM) or a similar dynamic storage device. Main memory 134 stores information and instructions to be executed by processor 132. Main memory 134 may also be used for storing temporary variables or other intermediate information during execution of instructions by processor 132. ROM 136 stores static information and instructions for processor 132. It will be appreciated that ROM 136 may be replaced with some other type of static storage device. Data storage device 138 may include any type of magnetic or optical media and its corresponding interfaces and operational hardware. Data storage device 138 stores information and instructions for use by processor 132. Bus 140 includes a set of hardware lines (conductors, optical fibers, or the like) that allow for data transfer among the components of computer 130. Display device 142 may be a cathode ray tube (CRT), or the like, for displaying information to a user. Keyboard 144 and cursor control 146 allow a user to interact with computer 130. Cursor control 146 may be, for example, a mouse. In an alternative configuration, keyboard 144 and cursor control 146 can be replaced with a microphone and voice recognition means to enable the user to interact with computer 130. Communication interface 148 enables computer 130 to communicate with other devices/systems via any communications medium. For example, communication interface 148 may be a modem, an Ethernet interface to a LAN, or a printer interface. Alternatively, communication interface 148 can be any other interface that enables communication between computer 130 and other devices or systems. By way of example, a computer 130 consistent with the present invention provides a system capable of replicating data from a source computer 102 to a remote computer 118 over a network 114. Computer 130 performs operations necessary to complete desired actions in response to processor 132 executing sequences of instructions contained in, for example, memory 134. Such instructions may be read into memory 134 from another computer-readable medium, such as a data storage device 138, or from a remote device via communication interface 148. Execution of the sequences of instructions contained in memory 134 causes processor 132 to perform a method for replicating data across a network. For example, processor 132 may execute instructions to perform the functions of identifying data for replication, formatting replicated data for transmission to a remote computer and for making formatted data available to a network. Alternatively, hard-wired circuitry may be used in place of or in combination with software instructions to implement the present invention. Thus, the present invention is not limited to any specific combination of hardware circuitry and software. Furthermore, computer 130 may be implemented in a centralized or distributed manner wherein components are interconnected using, for example, network connections. In addition, computer 130 can be an application specific computer having customized processors, interfaces, and the like. Exemplary Top Level Method In step 214, a check is made to determine if replicated file 122 matches source file 106. If the two files match, the method flow loops back to step 204 after writing data to a remote file (step 218). In contrast, if the files do not match, unmatched data is identified on remote server 118 (step 216). Remote server 118 then requests that the unmatched data be re-transmitted from primary server 102 (step 220). Exemplary Method For Mirroring Data Method 301 commences with receipt of high level transactions (step 302) and conversion into an ordered series of file writes having a format of (address, data) where address identifies the location where the data value will be written onto a computer-readable medium and data refers to the information written to that address (step 304). The ordered series of file writes is provided to a mirroring engine (step 314). The mirroring engine is implemented in software or by way of a hardware/software combination. The mirroring engine operates to coordinate disk writes on source server 102 and data replication to remote server 118 using network 114. The mirroring engine writes status information into a meta-data store (step 320). The meta-data store is a computer-readable data structure for receiving and manipulating data and information used in the replication process. Each request is then examined by comparing the data to be written to a particular file location with data currently residing at that particular location in the file system of primary server 102 (step 316). This comparison produces a list of data bytes that have changed. And, the list is provided to the meta-data store (step 318). The meta-data store operates to capture specific data bytes that have not yet been mirrored or written to the primary, or master, file. The mirroring engine of step 314 then makes the data available so that file operations and data writes are received and converted to disk writes (step 306) which are then placed onto a computer-readable medium associated with, for example, a disk drive (step 308). The mirroring engine operates on blocks of data rather than on an entire data file when processing write requests. By operating on blocks, the mirroring engine performs comparison operations using smaller data increments, which increases the operating speed and efficiency of the system. Block comparisons are performed before and after a write operation to ensure the accuracy of written and replicated data. The mirroring engine of step 314 also queues outgoing data changes for subsequent transmission to remote server 118 (step 322). Embodiments queue data concurrently with step 314 if communication is established between primary server 102 and remote server 118. After queuing, data changes are compressed and encrypted using known techniques in the art (step 324). The compressed/encrypted data is then asynchronously transferred from primary server 102 to remote server 118 using as few packets as possible (step 326). Preferred embodiments group as many write requests as possible into a single packet to facilitate efficient use of network bandwidth. This grouping of packets in conjunction with block level processing facilitates efficient bandwidth usage because compression algorithms are more efficient when operating on larger pieces of data. Remote server 118 periodically, or on demand, transmits status messages to primary server 102 to facilitate efficient synchronization of data between primary server 102 and remote server 118 (step 328). Primary server 102 then determines if the status information is correct (step 330). If status information is not correct, the error is handled (step 332). In contrast, if the status received from remote server 118 is valid, pending registers associated with the outgoing queue are decremented and dirty status indicators, or bits, are cleared (step 334). When remote server 118 receives the incoming packet, the packet is decrypted and decompressed. Then, the received packet is processed and each of the write requests is handled in the appropriate order. Processing by remote server 118 also involves verifying that the write is legal. A legal write is one where the rest of the bytes in the file, which are not written by the write request, are identical to the corresponding bytes in the file on the primary server 102 at the time the write request is being processed. If this condition is met, the data is written to the master file's replica resident on remote server 118. After writing, status information is sent back to the mirroring engine via network 114. Embodiments of remote server 118 quickly determine if the rest of the file, namely the entire file minus the locations that are to be modified, are identical on both the primary server 102 and remote server 118 prior to writing transmitted data onto storage media associated with remote server 118. This process ensures that the sequence of writes is the same on both primary server 102 and remote server 118. In particular, embodiments ensure that the order of writes is maintained and that no write request is dropped. By ensuring that source file 106 is identical to remote file 122 prior to performing any new writes to remote file 122, preferred embodiments facilitate prompt detection and remediation of errors by eliminating the possibility that mismatched data on remote server 118 will go undetected during subsequent write operations. In situations where the communications link between primary server 102 and remote server 118 is not available, the mirroring engine does not enter the write requests into the queue. Instead, the mirroring engine marks the blocks in which the write happened as dirty. A marking of dirty identifies that the block needs to be sent to the remote server 118 when the communication link is operating properly. Exemplary Data Structures For Use In File Replication The use of a meta-data file for tracking information associated with data being replicated from a primary server 102 to a remote server 118 makes possible very efficient communication. Embodiments of the invention may utilize one meta-data file per replicated file; however, alternative configurations can also be used. For each corresponding data block two small pieces of information are stored, namely a block temporal signature (BTS) and a plurality of status bits collectively referred to as a status byte. For example, an implementation of a preferred embodiment may utilize a BTS having a length of seven bytes and a status byte having a length of one byte. The meta-data file may also include a header 410, referred to as meta-header, which can be used for, among other things, assisting with crash recovery. By way of example, a meta-data file may be on the order of 2048 times smaller than the source data file that it represents. Block signature 414 acts as a data signature having a determined length and uniquely representing the data bits making up a block B. In a preferred embodiment, block signature 414 is 32 bits in length; however, other lengths can be used if desired. Block signature 414 is further produced using a hash function. A hash function is a transformation that takes an input and returns a fixed size string, which is referred to as the hash value. The hash function is designed such that the hash value represents concisely the longer message, data block, or file from which it was computed. The output of a hash function when run against an input is referred to as a message digest and acts as a digital fingerprint of the larger input against which the hash function was run. Here, block signature 414 is a message digest of the original data block against which the hash function was applied. Preferred embodiments employ a cyclic redundancy check (CRC) function to produce a CRC signature; however, other types of hash functions known in the art can be employed if desired. Embodiments employing CRC functions, as well as other types of hash functions known in the art, facilitate efficient operation by operating only on changed bytes within a data block. If a hash function is run against an entire block, the processing time may be proportional to the amount of data in the block. Embodiments employ techniques which make processing time a function of only those bytes which have changed within a given data block. In particular, embodiments employ cumulative and absolute signatures for facilitating efficient system operation. Hash functions are also used in conjunction with transaction numbers to eliminate the chances of hash collisions causing errors in the data replication process. A hash collision occurs when the same message digest is produced when a hash function is run against two unequal input data blocks. The transaction number is assigned only by the remote computer 118 and is further incremented in a manner causing each data block to be uniquely and unmistakably identified. This unique identification allows a data block to be correctly written onto remote computer 118 regardless of when it is received, provided the data in the block is not corrupted. Status byte 416 may be a determined length and may include, for example, 8 bits with each bit being uniquely associated with a particular parameter. By way of example, one of the 8 bits may be referred to as a dirty bit and may be used on primary server 102 to indicate that a block in data file 402 was written into but that the information has not yet been transferred to remote server 118. In addition, a status bit may be used to indicate whether block signature 414 is absolute or cumulative. An absolute signature may be obtained by applying the hash function, for example CRC, to an entire data block 406. In contrast, a cumulative signature refers to situations where the signature is computed against only a portion of block 406, namely, only that portion of the block containing changed data. For example, if only a single byte is written into a data block the signature of the block must be recomputed. Computing the signature against an entire block may inefficiently utilize CPU resources especially if computations must be run against numerous blocks. For cumulative signatures, the signature is computed only for the changed bytes together with the current BTS which includes the previous block signature and the transaction number. The use of cumulative signatures facilitates efficient use of CPU resources on both primary server 102 and remote server 118 as well as helping to minimize the network bandwidth required for transferring replication data. A status bit can also be used as a file-open status indicator if desired. Meta-header 410 may be used for conveying status information about source files operated on using preferred embodiments. For example, meta-header 410 can include a file open status indicator consisting of, for example, a fixed length constant of say 32-bits. In particular, when meta-data file 404 is opened, this constant can be written into the file thus indicating that the file is open. Then, when meta-data file 404 is properly closed, another fixed length constant is written into the file where the second constant denotes a properly closed meta-data file 404. When the meta-data file 404 is again opened, and before the constant is overwritten, the indicator is checked. If the 32-bit, fixed length, constant denotes a closed file then it may be assumed that the meta-data file 404 was previously closed in a proper manner and is therefore assumed to be a valid meta-data file. In contrast, if the 32-bit constant denotes an open meta-data file when examined, it indicates that the meta-data file 404 was improperly closed. If the 32-bit constant is any value other than an open or closed value it indicates that the constant is corrupted and therefore is invalid. Meta-header 410 may further contain the last transaction number written into the last BTS that was updated. In addition, meta-header 410 can include the time and date on which the file was last written. This time and date information can further be used as a second validation mechanism if the open-indicator is found to be legitimate. Meta-header may further include other information such as information identifying the version of a host application that is generating write operations. Preferred embodiments uniquely label blocks of data using transaction numbers. Transaction numbers in essence provide a unique version number to each block of data. This version number allows system 100 to determine if a given data block represents an earlier version or a later version of a particular data segment. As a result, data blocks can be properly ordered for writing onto a storage device. In addition, version numbers facilitate efficient error correction because a receiving computer can request re-transmission of a data block having a particular version number. Furthermore, the use of a transaction, or version, number provides a redundant confirmation in addition to using the signatures of respective data blocks when they are compared. Allowing only a single computer to assign transaction numbers ensures that transaction number conflicts are avoided. When transaction numbers are evaluated prior to performing data writes, erroneous data writing operations are avoided. Embodiments assign transaction numbers using remote server 118; however, alternative implementations may employ transaction numbers assigned by other devices coupled to network 114. Packet 430 may include a packet header 432, meta-header 410, fields 408(0) to 408(n), and tail 434. Header 432 may contain information used to route packet 430 across network 114 such as, for example, a destination address associated with remote computer 118. In addition, header 432 may include information about links 116 traversed by packet 430 as it passes from source computer 102 to a destination, and header 432 may include error detection and/or correction information. Meta-header 410 and fields 408(0)-(n) are as described in conjunction with Exemplary Methods Operating On A Primary Server If reliable communication cannot be established at step 506, file-master data writes are enabled on the primary file server 102 (step 514). Application data writes are then processed (step 516) before determining if communication to remote file server 118 has been established (step 518). If communication to remote server 118 has been established, method flow returns to step 502. In contrast, if communication to remote server 118 is not established, method flow returns to step 516. If the replication process was not properly stopped, the open status indicator on the meta-data file 404 is checked (step 550). If the open status indicator is valid it may mean that the replication system was not properly closed, and therefore the block signatures may not properly reflect the signature of the actual blocks in the data file. As a result, all block signatures are recomputed (step 554). In contrast, if the open status indicator is not valid, the BTS array is rebuilt and the dirty bit on each BTS is set (step 552). After step 552 all signatures are recomputed (step 554). If meta-data file 404 was properly closed at step 548, and after step 554, method flow continues to step 560 where the signatures are re-based. Method 540 can also begin with an alternate data flow commencing with step 556 where communication with the remote file server is established. Data writes are then disabled (step 558) before rebasing signatures at step 560. At step 560, the two method flows converge and flow to step 562 where a determination is made regarding communication with remote file server 118. If communication can be established with remote file server 118, a copy of meta-data file 404 is retrieved from remote file server 118 (step 564). The meta-data in the file received from remote file server 118 is compared to the meta-data resident on the primary server 102 (step 566). Data writes are then enabled (step 568). Data writes are further enabled if communication cannot be established with remote file server 118 in step 562. Exemplary Method For Determining File Equivalence The series of writes is then compared to the current data in the source, or primary, file (step 604). This comparison produces a series of triplets having a format, for example, of (block1, addressb1, datab1). . . , where block denotes a block number, addressb is the address relative to the beginning of that block, and datab is the data to be written to that address location. Step 604 ensures that only data that is different in the new write request as compared to the current file content is transferred to the next step. By way of illustrative example, a file having a size of one mega-byte and filled with zeros prior to a write is considered. In addition, an exemplary block size of 16,384 bytes is employed. Furthermore, a write request includes the data 1, 2, 0, 0, 0, 0, 3, 4, 0, 0 starting at location 16,380 in the file. For this example, the result of the comparison of step 604 is (block1=0, addressb1=16,380, datab1=1, 2,) and (block2=1, addressb2=2, datab2,=3, 4). Returning to When network 116 is ready to handle transmissions of the next packet, the system attempts to remove as many of the (block, addressb, datab) requests as will fit into a given packet after compression and encryption on primary server 102. Maximizing the amount of data per packet increases the operational efficiency of the system when replicating data to remote server 118. A cumulative signature is computed for each packet and the respective meta-data file 404 is updated with this signature. The modified BTS is sent along with the (block, addressb, datab). In situations where an entire block is transmitted, an absolute signature is computed and sent. Error recovery may consist of emptying the queue, disabling file writes, clearing any pending counters, and starting a re-basing process such as that discussed in conjunction with Exemplary Methods Operating On A Remote Server Embodiments may be configured so that meta-files are exchanged between source computer 102 and remote computer 118 when communications are established or when either system is booted up. For example, remote computer 118 can send its remote meta-file to source computer 102 while source computer 102 sends its source meta-file to remote computer 118. The use of meta data files lets source computer 102 and remote computer 118 reliably determine the equivalence of their respective file systems without requiring that large volumes of data be transmitted across network 114. In the event that the remote file 122 and source file 106 are different, meta data files are used to synchronize them using relatively small amounts of data. The signature computed by remote file server 118 is compared to the signature received from primary file server 102 (step 730). If the two signatures match, a new transaction number is created and used to update the BTS (step 732). The transaction number is stored modulo 16,772,216 in a preferred embodiment. The BTS's are then packed, compressed, and encrypted into a reply message (step 736). The reply is then sent to primary file server 102 using network 114 (step 738). In contrast, if the two signatures do not match in step 730, an error indication is generated in step 734 and sent to primary file server 102 (step 738). The use of transaction numbers ensures that data received at remote file server 118 is a true representation of the data sent from primary file server 102. Without transaction numbers, or an equivalent mechanism, it would be impractical or impossible to determine of a true representation of transmitted data was received at remote file server 118. The transaction number provides a unique way of associating a designator, similar to version numbering, with each data block that is assigned by remote file server 118. Block temporal signatures utilizing transaction numbers make it possible to identify both the data in a given block and the order of writing of that block relative to other writes associated with other blocks and other files. Exemplary Recovery Method When replacement server 124 is online, replicated data is copied from remote file server 118 to the replacement server 124 (step 804). After receiving the replicated data set, replacement server 124 starts a host software application that operatively communicates with or utilizes the received data set (step 806). For example, the host application may be a database application that operates on a data set containing information about employees of a particular corporation. Once replacement server 124 and the host database application are operating, users associated with the inoperable primary file server 102 can be manually, or automatically, directed to replacement server 124 (step 808). Once users are directed to replacement server 124, they can resume the normal operations that were performed with primary file server 102. The claims should not be read as limited to the described order or elements unless stated to that effect. Therefore, all embodiments that come within the scope and spirit of the following claims and equivalents thereto are claimed as the invention. Referenced by
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In this video, the Grand Master Glenn C. Wilson, five times world champion and mast of acclaimed students like don Wilson and Cynthia Rothrock, presents The Palms of the Buddha's Hands of Pai Lum Tao Series, a very complete style with influences from Shaolin, Hung Gar, Choy Lay Fut, various styles of Kenpo and Judo/Jujitsu. It is an excellent teaching video with which you will know the lethal techniques of self-defense of this ancestral Martial Art.
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Light to medium bodied wines that are high in acid and light to medium fruit. Typically no oak.
Light to medium bodied wines with lots of juicy fruit, typically medium acid and medium oak.
Full bodied wines that have typically undergone malo-lactic fermentation and/or spent time in oak.
This celebrated variety derives from a bud mutation of Pinot Noir. Pinot Grigio favours cooler climates and finds its ideal habitat on the hillsides. Livio Felluga's vinification technique gives the wine finesse and elegance while preserving the faint coppery highlights that are Pinot Grigio's hallmark. Without doubt, it is the best-known Friulian wine around the world.
Appearance: straw yellow with light copper hues
Nose: very elegant, crispy and complex with notes of jasmine, broom and magnolia flower; notes of white peach, apricot, pear, golden apple, cantaloupe, acacia honey; hints of crushed stone.
Palate: elegant first impact, tense, with good balance; excellent retro-nasal aromatics; pleasant mineral note at the end.
"Felluga''s 2009 Pinot Grigio shows good varietal character, along with an extra touch of juiciness. Streaks of smoke, crushed rocks and jasmine mark the focused, well-articulated finish. This generous, fleshy Pinot Grigio is best enjoyed over the next year or two. Anticipated maturity: 2011-2013. " 88 Points The Wine Advocate
"Livio Felluga's Pinot Grigio is distinguished by a thick, creamy mouthfeel and abundant aromas of peach, wild flower adn vanilla cream. The wine is clean and pristine, yet structured and smooth at the same time. Very nice." 88 Points Wine Enthusiast
The winery was founded in 1956, after Livio Felluga relocated from his native Istria, but the family's winemaking traditions date back to the mid-19th century. Now in his 90s, founder and patriarch Livio Felluga is accredited with innovating and mastering modern wine making in Italy. His reputation for creating exceptionally lush, crisp and well-balanced wines extends well beyond...Read More About Livio Felluga
(free-oo-lee veh-netz-ee-ah gwee-yee-ah) The furthest east of the Tre-Venezie, Friuli-Venezia Giulia (usually just called Friuli) is celebrated for its zingy and zesty whites. Hugging the alps and the Austrian border, the climate here is cool and the vines are planted on the hillsides, allowing for more sun exposure. The cool temperatures of the region result in the lively...Read More About Friuli-Venezia Giulia
Pinot Gris/Grigio(PEE-noh gree/GREE-jee-oh) While Pinot Grigio is in fact the same grape as Pinot Gris (just the Italian take on it), the differences of wine they create can be immense. Pinot Gris' most popular and successful region is Alsace, France, an area of the country that actually puts the name of the grape on the label. Pinot Grigio is the Italian version of the grape,...Read More About Pinot Gris/Grigio
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Verbal Level
October, 2002
Current approaches to the drug problem are not working and almost everyone agrees that more effective solutions are needed. Tonight Dr. Martin Levinson will present such solution by discussing ideas contained in his new book, The Drug Problem: A New View Using the General Semantics Approach (Praeger 2002).
Dr. Martin Levinson is the director of Project Share, a New York City School-based drug prevention program, as well as a New York State certified Alcoholism and Substance Abuse counselor. He is Vice-President of the New York Society of General Semantics, and a Board Member of the International Society for General Semantics.
Institute of
General Semantics
2002 Korzybski Memorial Lecture
Friday, November 8
The reality of the brain-mind as revealed by Dr. J. allan Hobson's probing neurological research brings new insights to the study of sleep dreaming and consciousness.
Dr. Hobson is Professor of Psychiatry and Director of the Laboratory of Neurophysiology at Harvard Medical School. Recipient of the 1998 Distinguished Scientist Award of the sleep Research Society, he lectures throughout the world on consciousness and sleep.
His book The Chemistry of Conscious States was named a New York Times Notable Book. He is the author or co-author of many other books, including Consciousness Sleep, The Dreaming Brain, Dreaming as Delirium, and Out of its Mind: Psychiatry in Crisis: A Call for Reform.
This book, his latest, was the subject of an extended interview with Dr. Hobson in the Health & Fitness section of the Sience Times of August 27, 2002. In the interview he was characterized as a "convention-defying psychiatry rebel" who is urging a reorganization of the profession he has practiced more than 40 years. The tremendous breakthroughs ib the brain sciences, he believes, now give medical educators the chance to make a psychology based on brain science.
This is an opportunity to hear a scientist at the "cutting edge" of his field.
One-Day Colloquium co-sponsored by
New York Society for General Semantics
From Counseling Theory to practice
Martin Levinson, PhD Coordinator
10:00AM - Workshop 1
The Scientific Basis of Rational-Emotive-Behavior Therapy (REBT)*
Albert Ellis, PhD
Dr. Albert Ellis, the founder of REBT, will discuss the basic tenets behibnd its practice, a humanistic, action-oriented approach to emotional health. He emphadsizes individuals' capacity for creating their emotions, their ability to change and overcome the past by focusing on the present, and their power to choose satisfying alternatives to current dysfunctional patterns. Dr. Ellis is president and staff psychologist at the Albert Ellis Institute and the author of over 70 books, including Reason and Emotion in Psychotherapy and A Guide to Rational Living.
Workshop 2
Applying Research in Practice Settings:
Lessons Learned in the Addictions Field
Kevin Wadalavage
The past decade has seen major advances in understanding the underlying mechanisms of addiction, as well as promising treatments for people with alcohol and other drug problems. Yet much of this research has not been applied in treatment and prevention settings. This presentation will provide an overview of some of these advances, and then focus on some of the issues and challenges which impede the transfer of addiction research to practice. Kevin Wadalavage has worked in the substance abuse field since 1981. He currently oversees program evaluation and quality assurance activities, as well as a trilingual out-patient clinic at Outreach Project.
1:00PM - Workshop 3
A General Semantics Approach to Reducing Student Alienation
Martin Levinson, PhD & Katherine Liepe-Levnison, PhD
This presentation will examine and discuss a study that showed students exhibiting symptoms of alienation (a well-recognized drug abuse risk factor) could be helped to reduce those symptoms through a general semantics approach. The findings of this study have been published in ETC. A review of General semantics (Fall 2001). Dr. Martin Levinson has worked in the field of drug prevention for over twenty-nine years as a counselor, teacher, and administrator. he is the vice-president of the New York Society for General Semantics, and the author of The Drug Problem: A New View Using the General Semantics Approach. Dr. Katherine Liepe-Levinson has worked as a professional actor, dancer, director, and teacher in both Europe and the United States. She is currently working as an educational consultant with the new York City Department of Education using acting techniques to improve teacher and student performance in a variety of areas.
2:00PM - Workshop 4
Non-Aristotelian Epistemology
Applied to Lucid Dreaming and Lucid Waking
Allen Flagg
Alfred Korzybski urges us to become more conscious of our abstracting, more mindful of our leaving out characteristics, and refrain from confusing orders of abstraction. He offers the Structural Differential as a teaching device toward lucid waking. J. Allan Hobson in his activation synthesis hypothesis of dreams proposes that we can program dreams to change attitudes and feelings. This suggests educating one's dreams toward lucid dreaming. Allen Flagg is president of the New York Society for General Semantics, vice-president of FIONS, Friends of the Institute of Noetic Sciences, and president of the Dream Education Institute. He has studied the dream methods of the Senoi Temiar of Malaysia for 36 years.
Reservations Required
By October 25th for the Korzybski Memorial lecture and
the One-day Colloquium:
Institure of
General Semantics
86 85th Street
Brooklyn, NY 11209-43208
The connection between "mental" and "bodily" health is made explicit in Dr. John Sarno's ground-breaking books. In this important and practical presentation Dr. Sarno will emphasize the public health problem that exists today because of medicine's failure to recognize the effect of psychosomatic disorders that he has so clearly delineated. It is an opportunity for us as individuals to learn to work with our doctor or practitioner, and apply Dr. Sarno's insights to our own mindbody healing. Knowledge is the prescription: knowing how the "mind" and the "body" work, how the mindbody works as a unified whole.
Dr. Sarno has helped thousands through his treatment of patients as professor of clinical rehabilitation medicine, new York university School of Medicine, and as well those helped by his books Mind Over Back Pain, Healing Back Pain: The mind-body Prescription, and Healing the Body, Healing the Pain.
Almost all painful conditions, Dr. Sarno reveals, including migraines, repetitive stress injuries, osteoarthritis, whiplash, tendonitis, and tennis elbow, are rooted in our unexpressed emotions. Pain disorders have reached epidemic proportions in the United States, with most doctors failing to recognize the underlying psychosomatic causes of these illnesses, and the need to reprogram the mindbody.
Charlotte Schuchardt Read
Colleagues, friends and family of Charlotte Schuchardt Read attended a memorial gathering, a "celebration of life," on September 15th at Columbia University. Charlotte died July 25th at the age of 92. She attended a seminar with Alfred Korzybski in 1936 and worked with him as executive secretary at the Institute of General Semantics from 1939. She became the Director of the institute, and was editor and frequent contributor to the G.S. Bulletin. She was also a director and president of the Sensory Awareness Foundation.
In 1953 she married Allen Walker Read, now professor emeritus of English at Columbia University, who survives her.
Steve Austin
On August 26th Steve Austin, our Board member, died at the age of 60, from the effects of a brain tumor. He was dynamic and enthusiastic in his work on the Society's legal and financial committees and was instrumental in the development of the NYSGS website.
Steve was senior counsel for the international law firm of Fulbright & Jaworski, L. L. P. where he was not only highly respected for his extraordinary mind, but also played the role of mentor to many of the younger attorneys. As one partner said, "He was my lawyer." Early in his career, he served as a trial attorney for the Civil Rights Division of the U. S. Department of Justice in Washington, D.C. Because he was such a kind and gentle man, people often asked him, "How did you ever become a lawyer?" His response was always the same, "Two words: Full Scholarship!"
All of us who knew and loved Steve knew that his first love, pride and joy, and top priority were his daughters: Amy 13, Chloe 11 and Olivia 9. We share in their grief.
His many friends and colleagues will miss his incredible humor and charm, as well as his enthusiasm for and wide-ranging knowledge of GS.
You are cordially invited to a memorial gathering to honor Steve's life,
to be held at
TRS Suites
44 East 32nd Street
11th Floor
November 2, 1-4 PM.
Refreshments will be provided. Kindly RSVP if planning to attend.
2003 iNTERNATIONAL gENERAL
sEMANTICS CONFERENCE
October 31 - November 2, 2003
Las Vegas, Nevada
Co-Sponsored by
IGS, ISGS, and NYSGS
Join NYSGS
Now and attend our lectures and Saturdays free!
Members receive discounts on books and are invited to join our study groups and
Member $35
Joint Members $45
Students and Seniors $15
Additional contribution —
Join by sending your check to:
144 East 36th St, #6C


text:
Feature Articles
Articles tagged 'ifa 2013'
IFA 2013 Round-up
From smartphones, tablets, and notebooks, to 4K UHD and OLED TVs and sound bars that don't look like bars, IFA 2013 is an gadget bonanza that will make any geek salivate. If you can't keep up with all the news, here's a list of the most important tech announcements that came out of Berlin this week.
First Looks: Shooting with the New 20.7MP Sony Xperia Z1
Ever since the news broke about the new Sony Xperia Z1, interest has been riding high about its camera's abilities, and rightfully so, the Z1 packs the third-largest sensor that can be found in a smartphone today. So how does it fare while out shooting in the real world?
First Looks with Sony's SmartWatch 2, a Waterproof Smart Companion for Android
Samsung's not the only one with a new smartwatch. First announced in June, Sony's SmartWatch 2 is a waterproof complement for your Android smartphone with a touch-screen interface and the ability to pair via NFC as well as Bluetooth 3.0.
Hands-on: Sony Cyber-shot DSC-QX10
Sony has just announced the QX10 and QX100 camera attachments for smartphones. We managed to get our hands on the 18.2-megapixel QX10, and here's what you need to know about it.
First Looks: Samsung Galaxy Gear
Samsung has announced its first smart watch, the Galaxy Gear. Did all the rumors come true? We had a quick hands-on with it, and here are our findings.
Hands-on: Samsung Galaxy Note 3
With Samsung, impressive hardware is a given. And with giant smartphones very common these days, Samsung is keen to remind us that there are other Samsung-only technologies that make the 5.7-inch Galaxy Note 3 different from the other phablets. Let's find out what they are.
Hands-on: Sony Vaio Tap 11, World's Thinnest Windows Tablet
Sony has just unveiled a 11-inch tablet with Ultrabook-like components, similar to Microsoft's own Surface Pro tablet, but a lot sleeker. The Vaio Tap 11 has a dual-core Intel Core processor, as well as a digitizer (N-trig technology) that lets you draw or write on the tablet. Check out our brief experience with it.
Hands-on with the Sony Xperia Z1, the New Flagship with a 20MP Camera
Sony just announced the Xperia Z1, their latest flagship smartphone with a 20.7MP camera. The camera comes with a 'G Lens' and a large 1/2.3" sensor size which compares to those found in compact cameras. Discover how it compares against the Z and Ultra in our hands-on exclusive.
- NVIDIA Announces New GeForce GTX 800M Mobile GPUs
- Refurbished Opera Mini 8 Brings Private & Night Modes to BlackBerry OS, Java-running Phones
- Sonnet Announces Its Quietest and Most Compact Thunderbolt 2-to-PCIe Expansion Chassis
- Intel's New MXC Fiber Optics Cable Offers Data Transfer Rates of 800Gbps
- Function of Two Rear Cameras in New HTC One Detailed in Leaked Sales Guide
- SingTel Launches Singapore's First Mobile Data Plans for Seniors
- Plextor Introduces M6 Family of SSDs at CeBIT 2014
- SingTel Restored Fibre-Based Services in Bedok, Hardware Fault To Be Blamed


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Home & Garden
Bankers Box Recycled Storage
Attached flip-top lid prevents lost or damaged lids. Light duty basic set-up construction for moderate stacking or use with shelving. Box Type: Storage. Material: Paper. Strength: Basic. File Size Format: Letter/Legal. Inner Width: 12". Inner Depth: 15". Inner Height: 10". Closure: Attached Lid. Handle: Hand Holes. Color: Brown. Pre-Consumer Recycled Content Percent: 22 %. Post-Consumer Recycled Content Percent: 100 %.$59.94 -
Home & Garden
Get ready for the holidays with holiday decor, or create an outdoor oasis with garden and patio furniture and fashions that are fun and functional.
Magazine Holder - Black
With great eye appeal and smart design this Genuine Leather Magazine Holder with striped moire lining keeps your magazines and newspapers handy and organized. Color: Black.$200.00


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PRECIOUS-Gold firms after 3-day drop, Fed uncertainty persists
SINGAPORE, Sept 24 (Reuters) - Gold edged higher on Tuesday following three days of losses, but gains were limited on uncertainty over when the U.S. Federal Reserve would begin tapering its stimulus measures.
* Spot gold rose 0.5 percent to $1,327.46 an ounce by 0018 GMT, while silver gained nearly 1 percent.
* The Federal Reserve must for now continue to push hard against threats to the U.S. recovery, but should still be able to reduce its support for the economy later this year, New York Fed President William Dudley said on Monday.
* Just last week, the Fed surprised the markets by deciding not to reduce its asset purchases from the current $85-billion monthly pace. The markets had widely expected the bank to reduce the bond purchases by $10 billion from September.
* Goldcorp Inc is not ruling out new takeovers and might even take a look at big, capital-intensive gold-mining projects, Chief Executive Chuck Jeannes told Reuters on Monday, outlining a stance that puts the company at odds with many of its competitors.
* Gold importers in India are hoping their old stocks lying at airports would get customs clearance by Tuesday, following a meeting with government officials last week, before they ship more for exporters ahead of the peak Christmas season.
* SPDR Gold Trust, the world's largest gold-backed exchange-traded fund, said its holdings fell 0.07 percent, or 0.6 tonnes, to 909.59 tonnes on Monday.
* For the top stories on metals and other news, click , or
* Global equities markets declined on Monday as nagging uncertainty over the Fed's policy stance offset an election triumph for German leader Angela Merkel and upbeat euro zone and Chinese data.
DATA/EVENTS (GMT) 0800 Germany Ifo business climate 1145 U.S. ICSC weekly chain store sales 1300 U.S. S&P-CaseShiller housing index 1300 U.S. FHFA home price index 1400 U.S. Consumer confidence
Precious metals prices 0018 GMT
Metal Last Change Pct chg YTD pct chg Volume Spot Gold 1327.46 5.92 +0.45 -20.73 Spot Silver 21.78 0.18 +0.83 -28.07 Spot Platinum 1425.24 9.64 +0.68 -7.15 Spot Palladium 715.50 3.50 +0.49 3.40 COMEX GOLD DEC3 1327.80 0.80 +0.06 -20.77 3860 COMEX SILVER DEC3 21.82 -0.04 -0.19 -28.02 797 Euro/Dollar 1.3492 Dollar/Yen 98.82
COMEX gold and silver contracts show the most active months
(Reporting by A. Ananthalakshmi; Editing by Ed Davies)


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Source: 1720s
2,490 notes
A nice image
Source: ferociousdelicacies
131 notes
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New WIP, drawing till I can't hold a pen anymore… #guatemala #illustration #drawing #wip
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Sunset reflections, Priest Lake, ID
Source: culturallybankrupt
3,501 notes
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Awesome video
Finally did two 12x4 foot canvasses for Chris' music studio. Mad proud of this work.
1 note
After talking about it for a year, finally did two 12x4 foot canvasses for Chris' studio. Mad proud of this work.
Source: darlinggreyhound
13,506 notes
i want
Source: paperimages
8,786 notes
Mark Demsteader
Source: toadelevatingmoment
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Source: ciara-richardson.com
60,337 notes
Source: Flickr / rkroenert
7,245 notes
Sunrise at Grand Teton National Park (by Rob Kroenert)
ughhh nature boner
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Scott Naismith


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Recipes : Recipe Detail |
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- Source: Emeril's Creole Christmas Cookbook
- Dish Type: Breakfast
- Version: 2 [other versions]
- Tweet
Fried Quail Eggs
Coat the bottom of a large nonstick skillet with the oil and heat over medium heat until the oil is hot but not smoking, about 1 minute. Gently crack each egg using the edge of a knife. Drop each egg in a small ramekin or cup and gently slide it into the hot oil. Cook three or four eggs at a time until they firm up, 1 to 1 1/2 minutes. Larger eggs may take a little longer.
Transfer each egg to the top of a crab cake. Season each egg with a pinch of salt and pepper. Serve warm.
Yield: 10 servings
- 1 tablespoon vegetable oil
- 10 quail eggs
- Salt and freshly ground white pepper


text:
Kobasko, N. I.
IQ Technologies, Inc.Intensive Technologies Ltd., AkronKyiv, Ohio
Pages: 19 Published: Jan 2010
In the previous chapters, processes and their mathematical description that form a basis for the development of new intensive steel quenching methods have been considered. The primary concept of the new intensive quenching methods is to perform intensive cooling within the martensite transformation range of the steel of interest.
Paper ID: MNL12075M
Committee/Subcommittee: D02.01
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