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August 4, 2015
BURR RIDGE, Ill. (AP) - Court records show that former Chicago Bulls player Eddy Curry's suburban Chicago mansion is in foreclosure.
It's the same home where Curry was bound and robbed in 2007. He now plays for the New York Knicks.
Documents show that Curry was more than $217,000 behind on his $3.7 million mortgage as of Friday. Records reviewed by the Chicago
Sun-Times show that Curry and his wife, Patrice, took the 30-year
mortgage out in July 2003 to buy the home. A court filing says the Currys' initial interest rate on the home loan was 9.25 percent with a monthly payment of $28,675.
Curry's attorneys did not return calls seeking comment Tuesday.
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Flight from Dubrovnik
Hi there...can anyone tell me what airlines fly from Dubrovnik to Verona if any? Or what would be the easiest way to travel that route? Thanks!
Hi there...can anyone tell me what airlines fly from Dubrovnik to Verona if any? Or what would be the easiest way to travel that route? Thanks!
To find airlines between cities, you can use http://www.skyscanner.com/. You can also look at the Wikipedia entry for each airport (of course, this is not always 100% accurate). And remember that not all routes are flown every day (some are as infrequent as once a week). Finally, if you can't get a flight to Verona, remember that Venice, Bergamo, and Parma also have airports (I believe Ryanair uses Bergamo a lot).
Also look at traveling to Venice, Milan, or Bologna and taking a train to Verona. If Split is an option, you might have more travel connections from there. Another resource is www.whichbudget.com
Hi Eric, have you ever visited the Distant Lands bookstore in Pasadena? It's amazing - check it out. As far as your question is concerned, it's cheaper to fly into/out of Split. And very easy to get between Split and Dubrovnik by bus - they run all the time and are very nice (journey does take about 4-4.5 hours but it's a gorgeous coastline route).
Well put the speed back in my step! Thanks to all three replies...i doubt i could go wrong at this point. The bus ride does sound cool...and a stop to revisit the ol' canals might be kinda nice. Ill try it...many thanks!!
Most flights out of DBV are seasonal. In any case, Croatia Airlines flies from DBV to FCO (Croatia Airlines is partner with Alitalia, which flies to Verona). Croatia also flies seasonally to VCE, which is not far from VR.
EasyJet has seasonal flights to MXP.

subset: commoncrawl


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MMA News
UFC on Fuel TV 3 Medical Suspensions
By Evan Stoumbelis
9 fighters that competed at UFC on Fuel TV 3 this past Tuesday have been suspended due to injuries, including Johnny Eduardo and Jeremy Stephens who have been suspened indefinitely due to eye injuries. Below is the full list of fighters, and the length of their suspensions.
Johnny Eduardo: Suspended indefinitely due to a possible eye injury, can be cleared early by a physician
Jeremy Stephens: Suspended indefinitely due to a possible eye injury, can be cleared early by a physician
Jorge Lopez: Suspended 60 days
Dustin Poirier: Suspended 60 days
Jeff Hougland: Suspended 60 days
Kamal Shalorus: Suspended 30 days
Jason MacDonald: Suspended 30 days
Igor Pokrajac: Suspended 30 days
Fabio Maldonado: Suspended 30 days
Johnny Eduardo and Igor Pokrajac were the only fighters on the list that won their bouts.
10 Responses to "UFC on Fuel TV 3 Medical Suspensions"
Did stephenson find out yet hes not a MMA? someone tell him to hit up kimbos old backyard buddies, there looking for a new one.
i bet he'd drop you real quick though..
…. as is everyone's statement when they talk crap about a fighter.
"ohhh i bet they can beat you up" im sure, there in better shape. but his job is to be a MMA and he fucking sucks at it.
meh… he couldn't just drop anyone. i mean, he wouldn't drop me, but you'd definitely be dropped lickity split. anyways, why talk shit? he brings the fight, his style just doesn't take him to the top. pretty sure he took this fight on short notice, and still went the distance with a top ten. and i'm also pretty sure he could've beaten pettis, "number 1 contender" at that point. so how about you just get less gay, or shut up. or learn how to fight so we can take you seriously.
Nice we will see Cerrone and Zombie soon !!!
What? That's the stupidest thing I've ever heard. You're aware that they're in 2 different weight classes right?
i think he means we will see them soon due to not being suspended .
pretty sure he was just be a dumb ass
Did this article's writer pass high school English? geez,can anybody get to write for this website because I can do the job better than spelling "suspended" as "suspened". Spell check , mutha hubbard!!!
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Christopher Comer, Dean
The University of Montana
College of Arts and Sciences
Liberal Arts 136
Missoula, MT. 59812
Phone: (406) 243-2632
Fax: (406) 243-4076
The Department of Physics and Astronomy is an undergraduate-only department which emphasizes research opportunities for undergraduates.
Website: http://cas.umt.edu/physics/
Contact: CHCB 126 (406) 243-2073
Chair: Dan Reisenfeld
Graphics, Design, and Layout by Spectral Fusion Designs


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Event Details
Out of Africa: How Roman Olive Oil Production Created Architectural Innovation
Event Type:
Art 106A
Thursday, March 07, 2013
Lectures & Symposia
Geoff Sumi
Classics & Italian Department
Event Description:
Prof. Lynne Lancaster, Ohio University, presents "Out of Africa: How Roman Olive Oil Production Created Architectural Innovation" Mount Holyoke College, Gamble Auditorium, 4:30 PM AIA Lecture Hosted by the Mount Holyoke College Classics Department Abstract: In this lecture I examine a building technique used in Roman North Africa for constructing vaults by means of small hollow terracotta tubes that are inserted one into another and "glued" together with mortar. By examining this unique building technique, she demonstrates how the building industry in North Africa was intimately connected with the production of olive oil destined for Rome and how the use of these tubes ultimately resulted in the creation of new forms of vaulting not found elsewhere in the empire. Recent field surveys have produced a wealth of new information regarding ancient agricultural technology for olive production, ceramic production for the amphoras containing the olive oil, and also fine ware production. The proliferation of the vaulting tubes was also part of this period of economic growth related to increased agricultural production. This unique construction technique eventually was adopted elsewhere in the western Mediterranean, including Rome and Ravenna, where it was used to construct the dome of the famous Byzantine church of San Vitale. Through a series of interconnected technologies, the necessity to provide food for Rome ultimately resulted in a vaulting technique that created spectacular new architectural achievements.
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Posted at: 11/15/2012 2:38 PM
A statewide Stop DWI campaign kicked off Thursday and now two officers from Livingston County are being honored for their work to stop drunk driving.
Deputy Michael Wade of the Livingston County Sheriff's Office and Officer John Jordan of the Avon Police Department received their awards in Schenectady this week.
A total of 22 awards were handed out by the Stop DWI Foundation and Mothers Against Drunk Driving. All of this to recognize officers across the state who have excelled in enforcement and education efforts to reduce drinking and driving.


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Click Here to Watch the Whole Video in HD at Dark Thunder
Where the hottest black dudes fuck! This is the latest black themed site on the net and with cum inducing solo and action photo sets, plus bad-ass, sizzling videos released every week - you
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And they didnt call me to join in!!


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Shoe Porn: Mark McNairy Two-Tone Derby Shoes
Rag & Bone Destroyed a Classic Porsche 911 for No Reason Whatsoever
What in the actual hell?
98 Years in the Making, Chuck IIs Sell Out Overnight
Converse's new shoes are an instant classic.
Genius Invention Dries Laundry Super-Fast
Vibrations are coming to make laundry day a little less terrible.
More From Style


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Food Smokers and Smoking Tips/Tricks/Techniques
Discussion in 'Food Talk' started by Polymerhead, Jul 15, 2012.
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updated: 3/16/2012 12:48:42 PM
The owners of Warsaw-based Little Crow Foods say the company's sale to Illinois-based Gilster-Mary Lee Corp. and Minnesota-based MOM Brands will be final at the end of June. Co-owner Denny Fuller says the company has offered retention bonus plans and employment search assistance to all of its approximately 50 employees.
March 16, 2012
News Release
Warsaw, Ind. -- On Thursday afternoon March 8, Denny Fuller began what he knew would be a difficult company-wide meeting at Little Crow Foods by saying, �It is with mixed emotions we announce today that we have signed a sales agreement with MOM Brands and Gilster-Mary Lee.� He then went on to say that the CoCo Wheats brand will be purchased by MOM Brands. The company�s other brands, FastShake Pancake Mixes, Fryin� Magic and Bakin� Miracle Seasoned Coating Mixes, and Miracle Maize Corn Bread and Muffin Mixes, plus all other company assets, except the property, will be purchased by Gilster-Mary Lee Corporation. The sale will be final on June 29, 2012, and, by that date, Little Crow Foods will cease operations.
Since 1983, Little Crow Foods has been managed by the fourth-generation husband- and-wife team of Kim and Denny Fuller. �After 29 years of working side-by-side, Kim and I believe we are being called to make our contributions outside of the business world�, said Denny. Kim added, �Since 1903, our family has been committed to providing consumers quality, taste, and value in every package opened. We are pleased and confident that MOM Brands and Gilster-Mary Lee will continue that commitment in the years to come.�
Gilster-Mary Lee employs approximately 3,000 people in 14 different manufacturing facilities across four states. Given the number of other Gilster-Mary Lee plants, Denny says that he understands why it makes sense for them to move all equipment into one of their existing facilities, adding �but this is difficult because the city of Warsaw and everyone in our community have been so supportive over the years. We intend to help our family of employees get through this.�
Little Crow Foods employs approximately 50 people with an average tenure of 10 years per person. All employees have been offered a retention bonus plan and various special programs to assist in their search for future employment. Kim said, �Our family of employees is very special to us. We are proud of their character and so thankful for their contributions. Everyone who works with us will be a valuable asset to another company.� Denny added, �We would like all of our employees to stay with us until 6/29, and we are hopeful that their new employers will allow them to do so; however, we will certainly understand if this is not possible.�
Denny Fuller concluded that difficult afternoon by pointing to their faith. �After so many years of doing the same thing, we absolutely believe God is now leading us to do something else. But, we also believe God is so big, that this plan opens the door for positive changes for everyone in this room that could not occur without this sale.�
Source: Little Crow Foods


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A visualization tool for creating graphic displays of trace data produced by a parallel computer program execution monitoring system. The visualization tool contains a display monitor, possible input devices, a mass storage device, and a computer system. Trace data is converted into data structures and later pixel maps to ultimately generate processing activity diagrams for each processor in the computer system. If more than one processor is present, more than one processing activity diagram can be generated and simultaneously displayed on the same screen in form of strip graphs and for certain indicated time intervals. An average processor utilization diagram is then calculated and plotted on every processor activity diagram for comparison purposes. Browsing through these strip graphs all at the same time while comparing them against the average utilization graph will allow a user to easily redistribute workload if necessary and/or locate problem situations.
1. A method of graphically displaying trace data using a visualization tool having a display monitor for displaying pixel map diagrams, a mass storage device for storing data structures and diagrams, a parallel computer system connected to said display monitor and mass storage device, and an input device connected to said computer system, comprising the steps of:
converting trace data into data structures and creating pixel map diagrams from each of said data structures;
sampling processor utilization time at certain intervals from said trace data;
generating and displaying an activity diagram for any selected processor in said computer system at each of said sampled time intervals;
generating an average processor utility diagram and plotting it against said processor activity diagram over time so as to compare each processors utilization time to said average utilization time, highlighting any processor that is functioning above and below such average.
2. The method of claim 1, wherein said computer system has a plurality of processors and a separate processing activity diagram is being generated for each processor.
3. The method of claim 2, wherein a plurality of processor activity diagrams are being selectively displayed at the same time for identical time intervals.
4. The method of claim 3, wherein multiple processor activity diagrams can be selectively displayed at one time on one monitor screen and scrolling said monitor screen backwards and forwards reveal any other activity diagrams present.
5. The method of claim 3, wherein said activity diagram displayed can be scrolled backwards or forwards to display other selected time intervals and scrolling one of said processor activity diagrams to one time interval will automatically scrolls all other activity diagrams to said same time interval.
6. The method of claim 4, wherein a toggle switch is provided on said monitor screen displaying said multiple processor activity diagrams to reveal a pop-up menu.
7. The method of claim 6, wherein said pop-up menu allows a user to sort said multiple activity graphs according to their processor id number in descending order.
8. The method of claim 6, wherein said pop-up menu allows a user to sort said multiple activity graphs according to their processor id number in ascending order.
9. The method of claim 3, further comprising the step of calculating standard deviation for said processor utilizations over time and displaying said standard deviation ranges above and below said average utilization graph in each processor activity diagrams by highlighting said standard deviation ranges.
10. The method of claim 10, wherein said standard deviation ranges are indicated by regions enveloping said average utilization graph.
11. The method of claim 9, wherein a toggle switch is provided on said monitor screen displaying said multiple processor activity diagrams to reveal a pop-up menu.
12. The method of claim 11, wherein said pop-up menu allows a user to sort said multiple activity graphs according to their standard deviation in descending order.
13. The method of claim 11, wherein said pop-up menu allows a user to sort said multiple activity graphs according to their standard deviation in ascending order.
14. The method of claim 11, further comprising the steps of calculating a mean for said utilization time across all processors; and allowing a user through use of said pop-up menu a user to sort said multiple activity graphs according to their mean in either ascending or descending order.
15. The method of claim 1, wherein a moving window is provided indicating a portion of time up to current time.
16. The method of claim 15, wherein said moving window displays more detail information about said activities in said processor activity diagram.
17. The method of claim 15, wherein said moving window can be scrolled backwards or forwards to cover different time ranges.
18. The method of claim 15, wherein a moving window activity bar is provided to reflect the completion of different tasks.
19. The method of claim 1, wherein interrupts are displayed as highlighted regions in said display diagram; said interrupt completion time being also indicated upon said completion.
20. The method of claim 19, wherein said displayed interrupt regions are displayed in different formats to distinguish them from one another in case one diagram displayed comprises of more than one interrupt region.
21. The method of claim 20, wherein said different tasks are indicated in different formats to distinguish them from one another, said tasks nested in other parent tasks being viewed as imbedded areas in said parent task but having a different format than said parent task, said parent task and said imbedded task constituting two levels of task viewing depth.
22. The method of claim 21, wherein said user can specify depth of task levels to be viewed.
23. The method of claim 19, wherein said tasks are indicated in "U" shape formats, each being displayed in a different color; and any interrupts taken is shown as a protruding "well" like structure on said diagram, said interrupts also being of different colors in case more than one interrupt region is indicated.
24. The method of claim 3, wherein interrupts are displayed as highlighted regions in said display diagram; said interrupt completion time being also indicated upon said completion.
25. The method of claim 24, wherein a multiplicity of interrupt diagrams can be viewed by a user concurrently.
The present invention is generally directed to a method of execution and analysis of computer programs, and more particularly to a method of creating graphics of results yielded by a computer program execution monitoring system.
In order to improve performance of computer code used in parallel processing computer systems, it is often necessary to determine and display certain data that is indicative of code execution. Generally, computer program execution monitoring systems, hereinafter referred to as monitoring systems, monitor computer programs as they are executed on parallel nodes or a parallel processing computer. The monitoring system subsequently generates data indicative of various functions performed by each node during program execution and stores this data in a mass storage memory device.
The monitoring system organizes the stored data into a historical file known as a trace file; the data within the trace file is known as trace data. Trace data are generally a time-ordered series of recorded indicia representing changes to the information and/or control state of the parallel processing computer. Therefore, trace files are used both for real time debugging of program and system elements as well as for studies indicative of program computing environment interaction.
Each individual datum within the trace data is known as an event. Typically, an individual event contains a number of data fields. The type of event being recorded defines the number of fields in a given event and the information contained in each field. For example, a monitoring system produces a "send" event whenever one processor within the parallel processing computer passes information to another processor within the same computer. Another example is "receive" event, produced whenever a processor in the parallel processing environment receives a message from another processor.
An event may contain several information such as a time field indicating when the event was recorded by the monitoring system, an event processor field identifying the processor to which the message is directed, a start time field indicating a time that the message was sent or received, and a stop time field indicating the completion time of the event.
Those skilled in the art appreciate that the production and use of trace data is well known in the art and does not require further discussion since it is not per se necessary to understand the workings of the present invention.
As explained earlier, trace files are used either to study the system or as a debugging tool. Typically, a parallel processing computer in cooperation with a monitoring system displays trace data as a single, real time display while the computer executes a parallel program. The data is then stored via a direct access storage device (DASD) or other such storage devices for future use and analysis. Therefore, when the trace data is later sorted, errors and anomalies that occurred during program execution can be corrected.
Similarly by analyzing the trace data stored, a study of processor utilization can be made to optimize such use. One such data processing and display method is enclosed in U.S. Pat. No. 5,168,554 entitled "Converting Trace Data From Processor Executing In Parallel Into Graphical Form", issued to Charles A. Luke on Dec. 1, 1992 (herein after referred to as the Luke patent). Specifically, the Luke patent discloses a method of creating a "time process diagram" that depicts processor utilization during execution of a parallel program. The method includes searching previously recorded trace data for specific types of events, especially those events that indicate processor utilization, and generating a table of those events. The events in the table are arranged in a time sequential manner. From the table, the method disclosed in the Luke patent produces either a diagram or display showing a total number of processors operating during a particular time interval or a diagram showing specific event activities which occurred during that particular time interval. The user can scroll forward and backward within either diagram to display a different time interval than previously displayed. From these displays, a programmer can alter the parallel program to optimally execute on a particular parallel processing computer.
Inasmuch as conventional display apparatus known in the art typically concurrently displays trace data from many processors in a single display format, a programmer faces a tedious, burdensome and often confusing task of simultaneously visualizing relative performance data for more than a small number and comparing the trace data therefrom. Traditionally, the trace data displays portray the data in a textual format only, or in a mixed textual and graphical format. However, even in instances such as in Luke patent where non-textual data displays are available there are no available data portraying a detailed presentation of each processor's functioning as would be necessary in real time debugging. For example in Luke since the main concern is system utilization optimization, no emphasis is placed on detail visual displays of single processor workings. Moreover, the art presently does not provide methods of generating multiple and simultaneous displays of various trace data display formats. In addition in the present art there are no methods or apparatus that can show why a particular processor took more than average time for a particular task or a method that can flag possible on-going problems. Many display devices do not even calculate what an average time for task processing of a certain nature should be, but more importantly these devices do not clearly show the existence of such occurrences such as interrupts as part of their utilization diagrams.
Consequently, in an application program that extends over a relatively large number of processors, reviewing and analyzing the trace data can simply be too daunting to be practically accomplished by even an experienced programmer. Trace files generated by parallel processes contain information about dozens or even hundreds of processors. A visualization tool must be created that can handle any reasonable number of processors in a way that images projected are neither overwritten nor scaled down to such small size that they are un-interpretable by the user. The displays must also allow the user to make quantitative comparisons between the data of different processors and draw attention to display of statistically anomalous processor activity. Thus a need exists in the art for improved systems and methods that can afford a user the ability to quickly access, easily review and understand trace file data, as well as determine and highlight any problems with each individual processor.
Visual presentation devices in existence today do not provide a developer means of easily identifying glitches or bottlenecks in the application. For example, application developers are forced to make inferences concerning the relationships between various types of data that are presented in order to understand how to improve execution of the application program. Similarly, system activity caused by the application under inspection as well as system activity unrelated to the application is not identified by current displays. The user needs to be able to determine where their program is being interrupted from doing work or when their program could be doing useful work instead of waiting. Furthermore, the application developer typically must accept the content and presentation of the data as it is presented to them by the program visualizer rather than being able to specify the types of data that get displayed, and the relationships between these types of data.
The teachings of the present invention are further established on the basic workings and concepts presented originally in U.S. Ser. No. 011,436 (attorney docket KI9-92-055) and filed on Jan. 29, 1993, now abandoned. However, the present invention presents novel ideas and other improvements over the concepts previously presented in that abandoned application. In addition, this invention is being filed at the same time with another application, attorney docket PO9-96-105 pertaining to related subject matter.
An object of the present invention is to provide the user of a visualization tool information about a large number of processors and their activity with ease, allowing the user to concentrate and focus on any areas of anomalous or extreme processor inactivity.
Another object of the present invention is to provide means to distinguish and highlight any anomality within each executing task or processor.
Yet another object of the present invention is to provide information about program inactivity time, such as interrupts and abstractions, including their type and frequency, in a concise, easy to understand format within a single display.
In accordance with one embodiment of the present invention, a method of graphically displaying trace data using a visualization tool is suggested. The trace data is converted into data structures from which pixel map diagrams are created for selected time intervals. The visualization tool includes a display monitor for displaying pixel map diagrams, a mass storage device for storing data structures and diagrams, and a computer system connected to the display monitor and mass storage device. A diagram can be selectively displayed for the user for each processor, indicating processing activity during a time interval. For each processor, an average processor utility time across all processors is graphically generated. In another embodiment shaded areas indicating standard deviation above and below actual processor activity graph is also generated. In this manner processor inactivity time, or below or above average work load distribution can be tracked and detected. In an alternate embodiment of the present invention inactivity time, such as interrupt time, can be even highlighted further.
The subject matter which is regarded as the invention is particularly pointed out and distinctly claimed in the concluding portion of the specification. The invention, however, both as to organization and method of practice, together with further objects and advantages thereof, may best be understood by reference to the following description taken in connection with the accompanying drawings in which:
FIG. 1 is a high level block diagram of visualization tool for producing graphical displays in accordance with our invention;
FIG. 2 is a block diagram of graphics processor;
FIG. 3 is an illustration of the monitor screen containing window and parallelism displays in accordance with the teachings of the present invention;
FIG. 4A through 4F collectively show monitor screen at periodic intervals of time while visualization tool produces parallelism display from trace data;
FIG. 5 portrays the monitor screen containing window and message passing display in accordance with one embodiment of the present invention; and
FIG. 6A is an illustration of the present embodiment showing processor activity strips in ascending order by processor id. number;
FIG. 6B is a pop-up menu allowing the user to alternatively sort/view strip graphs in alternate orders; and
FIG. 6C is an illustration of a moving window as discussed in one embodiment of the present invention;
FIG. 7 is an illustration of a display showing program activity and highlighting any system inactivity period;
FIG. 8 is an illustration of the adaptivity of the present invention in creating different types of data or abstractions of data in one screen for a program activity display; and
FIG. 9 shows an example of a display as defined by an Application User.
The teachings of the present invention can be readily utilized for display of any data which is produced in a parallel manner, but the present invention is particularly suitable for displaying trace data from a parallel processing computer.
FIG. 1 is a block diagram of visualization tool 100 which is arranged in accordance with our invention for producing display windows on screen (110) of computer display monitor (105). Visualization tool (100) contains computer display monitor (105), computer system (115), mass storage device (125) and input devices (120). Typically, the mass storage device is a tape drive or hard disk drive. Additionally, the input devices typically include a keyboard and a mouse or other similar devices such as a track ball. The monitor is a typical computer monitor capable of producing computer graphics.
Computer system (115) contains several elements namely one or more central processing units--CPUs--(145), memory (140), graphics processor (135) and graphics display generator (130). In a manner as appreciated by those skilled in the art, input devices (120) provide input signals to CPU (145). Memory (140) contains both read-only-memory (ROM) and random-access-memory (RAM). CPU (145) accesses, along line (150), memory (140) as necessary to execute particular programs and retrieve and create specific data files. Additionally, the CPU accesses, as necessary, files and programs from mass storage device (125). As the files and programs are retrieved from mass storage device, these files and programs are typically stored within the RAM situated in memory (140). Graphics processor (135) is the main component of our inventive visualization tool. Generally, the graphics processor can be implemented as either a hardware circuit or, preferably, as a software program recalled from memory (140) and executed by CPU (145). In either implementation, the graphics processor accesses memory (140) to retrieve and create specific data files. Additionally, the CPU accesses, as necessary, files and programs from mass storage device (125). As the files and programs are retrieved from the mass storage device, these files and programs are typically stored within the RAM situated in memory (140). Graphics processor (135) is under direct control of CPU (145).
In operation, the graphics processor produces a pixel map (pixmap) from trace data. The pixmap is used by graphics display generator (130) to produce, on monitor (105), specific types of displays, such as display formats. If more than one display format was selected, then more than one data structure is produced. As each data structure is produced, the graphics processor stores them in the RAM within memory (140). Afterwards, graphics processor (135) converts a subset of all the data structures into a pixmap. Then, the pixmap is transferred to graphics display generator (130). In response, the graphics generator produces a graphic display window containing a graphical representation of the data structures representing the events.
Through manipulation of the input devices, the user can manipulate the displayed representation within the display window. In particular, the user can move the representation in time relative to the display window. In this manner, event data will appear to progress in a time sequential manner through the window.
FIG. 2 is a block diagram of graphics processor (135). Illustrative trace data is shown as an example for the following detailed discussion of the operation. Graphics processor (135) contains input logic (200), data retrieval logic (205), data processor (210), and main application logic (215). A user enters functional control commands through the input devices. The resulting signal generated is first interpreted by the CPU and then sent to the input logic for implementation.
User can then select the trace data that needs to be displayed and which is currently stored as a trace file. Input logic (200) issues a retrieval command to data retrieval logic (205) to retrieve the desired trace file from mass storage. The file is retrieved in time sequential order, one datum at a time. The retrieved logic (205) then transfers the retrieved events to data processor (210). Specific implementations of such retrieval logic are well known in the art.
Data processor (210) translates the events into data structures useful for generating displays. Sub-processors (2201, 2202, . . . 220n)--where n is an arbitrary integer value--, one for each selected display format, are used to appropriately process the incoming events. In this manner, a display representing parallelism at periodic time intervals would be produced from a stream of sequential data structures. Parallelism is a term of art which defines a total percentage of processors, in a parallel processing computer, which are processing data at any specific instant of time. To facilitate generating a parallelism display, each data structure is produced, at periodic intervals, from CPU utilization events. The percent of CPU utilization time is measured and calibrated. By summing the CPU utilization values for all processors operating at one instant, a total CPU utilization value is determined, which is also calibrated.
From these data structures, a data point (pixel value) can be generated on a display having time as an abscissa axis and total CPU utilization as an ordinate axis. The data structures are transferred for further processing from data processor to main application logic (215) as they are generated. Each sub-processor is associated with a corresponding application logic (2251, 2252, . . . 225n). Each application logic has an associated and dedicated RAM memory space situated within memory (140) (FIG. 1) and shown as (2301, 2302, . . . 230n) in FIG. 3. Thus, as the data processor (210) generates data structures, these structures are passed directly to the event history storage associated with each application logic. The event history storage stores many more data structures than are required for the application logic to generate a particular display. The CPU dynamically allocates an amount of RAM for event history storage up to an amount capable of storing the entire requested trace file.
Simultaneously with storing the data structures, each pixmap generator (2401, 2402, . . . 240n) converts a subset of corresponding data structure in a corresponding event history storage into a pixmap. Each pixmap will ultimately become single display within a window portrayed on the monitor. As such, the plurality of pixmap generators, in turn, produce a plurality of pixmaps that correspond to a plurality of displays on the monitor. Each particular pixmap is generated from a subset of data structures retrieved from the event history storage corresponding to a particular pixmap generator. (This subset is called a subrange.) Each pixmap generator produces a pixmap that corresponds to the specific display selected by the user. Each pixmap generator stores its respective pixmap in an assigned memory space symbolized by buffers (2351, 2352, . . . 235n). Updates are also made by the generators and new pixmaps are generated if need arises.
FIG. 3 shows illustrative parallelism display (305) located in window (300) on screen (110) of the monitor. A parallelism display depicts cumulative parallelism of multiple processors operating in a parallel computer. Window (300) includes title bar (310) having a conventional window button, e.g., window button (315). Additionally, window (300) contains scroll bars (320) and (325). In some display formats scroll bar (320) moves the display in a vertical direction. This manner of display manipulation is well-known in the art. The length of scroll bar (325) represents a present length of the trace file stored in the event history storage. Indicator (330), specifically its width and relative position within scroll bar (325), indicates what portion of the trace file stored in event history storage is presently displayed in window (300) with respect to the entire trace file. Consequently, as described below, when a user reviews the events displayed, indicator (330) moves as the displayed data moves in time. The implementation and use of the window menu button and the scroll bars are well known and will, therefore, not be described in further detail.
Additionally, the display shown in FIG. 3 includes reference line (346) known as "time-line". Illustratively, the time-line is positioned at a point approximately 85% of the window length, measured from the left window boundary. However, this time-line position is merely illustrative and it can be further defined dynamically by a user or, alternatively, at the time when the visualization tool is being initialized by an automated program. All non-time dependent displays portrayed are synchronized to the time represented by the time-line. As such, the user is provided a synchronous portrayal of information representation by the displays.
FIGS. 4A through 4F show a parallelism display at periodic intervals as events are "played" across the window. To enhance understanding, the reader should simultaneously refer to all these figures throughout the following discussions.
Assuming for simplicity that the user has only selected a single display format, such as a time-varying display format portraying parallelism, the visualization tool will use only a single sub-processor, application logic, event history storage, pixmap generator and pixmap buffer. Using the input devices, a user requests that a specific trace file be "played". As the data processor produces each associated data structure, the processor places each data structure in an associated history storage. Additionally, as shown in FIG. 4A, simultaneous with storage the data structure is converted into a pixmap and displayed in window (300). The first data structure is displayed at time-line (340). As new events are created, the data is refreshed and new display items appear.
FIG. 4B depicts the state of window (300) after enough events have been processed and displayed to fill the window. As each event is representatively displayed at time-line (340), graph (405) moves to the left. The data structures representing the events that no longer are displayed in the window are stored in the event history storage associated with this display. It is possible for the user then to scroll backwards or forwards to look at a new subrange. As such, all of the instantaneous displays, e.g. pie charts, bar graphs and the like, are synchronously updated to represent the events which correspond to the time-line time. Additionally, other time-varying displays will also synchronously update as well. Subsequently, if the scroll function is requested by the user again, a new-subrange is also provided and the process duplicated. Typically, scroll speed is controlled by the input devices. A higher selected speed will increase the time increment between pixmaps.
FIG. 4C shows window (300) at a moment when a user is beginning to scroll "backward" through the displayed events (as indicated by arrow 420). As such, the last event in the trace file displayed (shown at edge 426 of black area 425) moves to the right and a new sub-range of data structures is retrieved from even history storage and used to generate successive pixmaps which add to graph (405) on the left. In this manner, graph 405 appears to move, or scroll, to the right.
FIG. 4D shows the display after a full window of data structures has been recalled from event history storage and converted into a pixmap which fills the entire display window.
As discussed above, time-line (340) forms a reference position within the display. As such, the display to the right of the time-line represents trace data having a time of occurrence later than that corresponding to time-line time and the display to the left of the time-line represents trace data having a time of occurrence earlier than that corresponding to the time-line time. Using the scroll function, a user can move back and forth (as indicated by arrow 430) through time to review events in the trace file.
FIG. 4E shows the display after the scroll function has moved the display to the beginning of the event history storage. The first event(s) of the trace file is represented by a pixel at edge (440) of black area (410). As show in FIG. 4F, if the user continues scrolling, edge (440) of black area (410) will stop at time-line (340). In this manner, the beginning of the event history storage is easily recognizable to a user.
Though only one window has been illustratively depicted on the screen at any instant, our invention can produce multiple windows on a single screen. In this manner, a user can simultaneously view various characteristics of a trace file. For instance, upon user selection, our invention creates instantaneous displays, such as pie charts, bar graphs and the like. The same process by which our invention recreates time-varying displays, such as the parallelism display of FIG. 3 and FIGS. 4A-4F, is used to create an instantaneous display. The only difference is that different field information is called from each event to produce a data structure which corresponds to a particular format of instantaneous display. As in the parallelism display, the data processor produces the data structures for the instantaneous displays and the application logic stores them in an event history storage. Each individual instantaneous display format has a respective sub-processor and event history storage. Typically, a given instantaneous display represents events that occur simultaneous with the time corresponding to the time-line time in a time-varying display. In this manner, all of the instantaneous displays shown at any one time are synchronized to one instant in time, namely, the time-line time. If a user scrolls a given time-varying display, all the instantaneous displays will simultaneously update to display information corresponding to the event(s) now lying under the time-line in the time-varying displays. Additionally, other time-varying displays will synchronously update as well.
FIG. 5 shows window (300) containing another important time-varying display format, namely, message passing display (500). Generally, the data structures used to produce the message passing display are derived from send and receive events. Specifically, the fields used from both send and receive events to form a data structure are the type of message field, the start and stop and stop time fields, processor number from which the message is sent, and processor number to which the message is sent. Display (500) contains rows 5051, 5052, 5053, 5054 and so on that represent each processor in the parallel processing computer. Send events are displayed in a color which contrasts with a color used to display receive events. For example, display 500 may use green pixels to represent send events and red pixels to represent receive events. Whenever a send event passes information from one processor, for example processor 3 (represented by row 5053), to another processor, for example processor 5 (represented by row 5055), the display depicts a line, such as line (510) connecting the two rows together. Such a connective path will visually indicate to the user the exact path along which a message has passed. Additionally, time-line (340) is provided to give the user a stationary time reference. As with the parallelism display, here the displayed message-passing information can be scrolled forward and backward beneath the time-line. In this manner a user can quickly review the display to note the message passing activity throughout a trace file.
An additional feature of this display appears to the right of data area (515); specifically shown as area (520), an instantaneous event area. Therein any event which is presently aligned with time-line (340) is displayed. This function is known as an event highlighting function. For example, if a send event from processor four presently lies beneath the time-line (525), green square appears in instantaneous event area (520). This is an especially useful feature when the resolution of the display is very coarse and many send and receive events occur within a short amount of time. Under these conditions, the user can view the instantaneous events which are represented in the instantaneous event area as the user scrolls, event by event, through the display. If however, a pixel under the time-line represents a number of pixels, i.e., course resolution, then indicator square (525) appears on the display to notify the user that some events are hidden. To view the hidden events, the user may magnify the display until each pixel in the display represents a single event. Those skilled in the art will understand that such a highlighting function is useful in other display formats other than a message passing display.
Additionally, if more processor rows are displayed than fit in window (300), vertical scroll bar (320) can be used to display processor rows that are presently not shown in the viewing area of window (300).
FIG. 6A is an illustration of an embodiment of the present invention showing multiple strip graphs (600-603) at the same time. Each processor is allocated a horizontal strip called STRIP-- HEIGHT (630) pixels high in a drawing area, which can in one embodiment be scrolled up and down with a vertical scroll bar. At some point next to each strip is a processor id number (600-603). Each of the four strip graphs shown in FIG. 6A with their Strip-- Heights indicate an activity diagram for a different processor. Although only four diagrams are shown in FIG. 6A at the same time, the user can customize the screen to contain more/less activity diagrams to be viewed at one time. (Scrolling the screen will also reveal new diagrams, when applicable). The strip graphs in FIG. 6A are each an illustration of specific processor activities for processors 0-3, indicating system utilization over time. Here, processor utilization is a function that varies between zero and a maximum number (Max). At certain intervals of time, processor utilization time is sampled to reveal a value N, where N is between zero and Max. It should also be noted that although it is optimal that all such samplings be taken at equally spaced instances of time, processor and task completion activities may not allow for such consistency as a practical matter. Therefore, as each record in the trace file is read, the strip corresponding to the record's processor id number is advanced by a number of pixels proportional to the difference between the current record and that of the previous record's time.
The sampled value is then plotted as point P, both as a function of time and processor utilization. The placement of P in relation to the STRIP-- HEIGHT is proportionally equal to the ratio between N and maximum processor utilization. A straight line is then drawn from a previously plotted point P' to the currently plotted point P so as to complete one cycle in the graph drawing process. In this way an activity diagram (660 in strip 600) is drawn for each processor.
During each time sampling, average processor utilization value is calculated alongside the mean and the standard deviation, for all processors. Subsequently, in each strip, an alternate graph, preferably of a contrasting color, is generated that compares the specific processor utilization to the average utilization over time (650 in strip 600). (In the alternative, instead of average, mean, standard deviation, or other user selected graphs can be generated.) In an alternate embodiment, the average processor value graph is further enveloped in a shaded region of a third color which extends from one standard deviation above it to one standard deviation below it. As the user scrolls up and down the stack of processor strips, the display for any processor which spends a large amount of time significantly above or below the average across all the processors will catch the user's eye.
The display can also provide a toggle (not shown) for a pop-up menu such as the one shown in FIG. 6B. The pop-up menu presents the user with statistical data and push buttons which will jump the display to the strip for the processor with the largest average value (623) and the strip for the processor with the smallest average value (624). The pop-up menu also displays the mean (625) and the standard deviation (626) of all processors, and allows the user to sort the strips by mean, by standard deviation or by processor number, either in ascending or descending order (627-628). Other mathematical functions and/or orders can be added/deleted by the user in order to customize this pop-up menu according to the desired function.
In another embodiment of the present invention, as shown in FIG. 6C, a moving window 670 of a different color can appear to indicate a certain time slot between the current time and a previous time. In addition, a moving window activity bar (680) can be selectively made to move with the moving window indicating as different tasks are started and completed. The moving window itself, can be scrolled backwards in time (away from the current time) as to reveal more detailed information about a certain activity. For example, the user can decide to only view the strip graphs starting at a time equal to T, rather than from its origination point 0. Note that with or without the moving window, scrolling one graph backwards or forwards in time will automatically move other strip graphs to the similar time instance. The average, standard deviation and mean can be selectively calculated for the range T or other selected activity ranges.
The highlighting of processor activities above or below an average or standard deviation, can be used in a variety of ways such as workload distribution-redistribution and/or problem resolution. In one embodiment of the present invention, as depicted in FIG. 7, an additional step is taken to determine and resolve any such processor problems, possibly relating to the same activity range T. In FIG. 7, a display is presented that depicts program activity as it relates to other system activities that prevent the program from doing useful work, in a single understandable and modifiable graphical representation. The data can be presented as collected from the system or new data derived from the collected data can be displayed under the control of the user.
The display as shown in FIG. 7 consists of inverted "U" shaped figures (701-703), shown as regions Aa (701), Ab (702) and Ac (703). Each inverted "U" figure represents some activity. An inverted "U" figure with another nested inverted "U" figure represents another activity requested by the first, e.g. a function calling another function or a portion of code doing another labeled portion of work. The area within each inverted "U" figure is shaded in with a unique color. The shaded colors help the user quickly identify different activity and the beginning and end points of the activities. When system activity occurs, such as CPU's loss of control to another process an "interrupt well" is created in the shaded figures for the duration of the activity. The interrupt well represents the portion of time the shaded figure was kept from doing its own activity. Areas (701), (702) and (703) in the FIG. 7 represent three different color shadings. These three areas each also represent different activities and/or functions. An important part of this diagram is its ability to quickly show where the interrupts occurred. The interrupts are identified by the wells dug into the shaded areas of the function calls. These wells are identified by different labels (720), (721), and (722), if desired.
A user looking at this display can quickly determine that there were three interrupts during their program execution and the interrupt that occurred during a certain function or activity which had the longest duration. It is also possible for the user to further customize the diagram of FIG. 7. In one embodiment of the present invention, a pull down menu (not shown) or other similar means can be utilized to provide a zooming effect in the diagram to be viewed. For example, FIG. 7 provides for three levels of nested programs. Area Ac, 703 is nested in area Ab, 702 which is in turn nested in area 701 or Aa. This creates three levels of nesting. Now if the user wants to only look at area 703 or perhaps at areas 703 and 702, to more clearly analyze the details of the activity, the user can do so by specifying how many levels of depth should the diagram provide. By contrast, once the user is finished with looking only at detailed descriptions of level 703, the user can go back and look at more levels of depth if this is desired. It should also be noted that as before more than one graphs or diagrams can be concurrently viewed by the user at the same time and changing the time window frame on one diagram can automatically adjust (if desired by the user) the other viewed diagrams to reflect the same time interval.
As shown in FIG. 8, the display has the adaptivity to create different types of data or abstractions. Information could be obtained by selecting activities or wells on the display with the mouse or similar devices. Examples of these activities can be program/subroutine name, length of execution time, length of interrupt, hierarchy of calls in the program that were interrupted and/or type of interrupt. The ability of the display to convey where a program is interrupted is unique but the display can also represent many different types of data (800-803). Data passed to the display can be chosen from available types or the systems programmer or user can create additional "abstract" types that have special meaning to the user (800). Different types can be colored alike or differently to add meaning to the display (813). The interrupt wells can also be colored based on the type of interrupt to add further meaning for the user (813) and (822).
FIG. 9 shows an example of a display as defined by an Application User. Here, the display represents communication between two tasks of a parallel processor (901) and (951). Point A is when the users program issued the send and E is when the users program completed receiving the message. The message started to arrive at task 2 at point B and finished arriving at point C. Filters were defined to identify wells that show when the program could be doing useful work but was not based on the synchronization of activity between the systems.
The foregoing discussion focused on generating a time-varying display such as a parallelism or message passing display. However, instantaneous displays, such as bar graphs or pie charts, are generated by the same graphics processor routine. However, for these displays, the instantaneous displays portray events that occur at the time-line time only. As such, whenever the time-varying displays are updated, e.g., scrolling, the instantaneous displays are updated as well. In this manner, all the displays produced by the graphics processor routine are synchronized to the time-line time. Consequently, the multiple, synchronized displays generated by our invention afford a user the ability to quickly access, easily review and understand trace file data.
While the invention has been described in detail herein in accordance with certain preferred embodiments thereof, many modifications and changes therein may be effected by those skilled in the art. Accordingly, it is intended by the appended claims to cover all such modifications and changes as fall within the true spirit and scope of the invention.
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(Source: FameFlynet Pictures)
November 2009 - Present
Robert Kardashian started dating adult film star Lisa Ann in late 2009, when she accompanied him to Khloe Kardashian...
March 2008 - March 2009
It was reported in 2008 that Adrienne Bailon was dating Robert Kardashian Jr., but they split a year later. Rob...
2007 - 2009
Adrienne Bailon and Rob Kardashian appeared several times together on reality tv's 'Keeping up with the Kardashians...
Rob Kardashian (born March 17, 1987) is the son of famous O.J. Simpson attorney Robert Kardashian Sr. and reality TV personality on 'Keeping Up with the Kardashians'. He's known for dating Adrienne Bailon, too, and calling her a lot on the show.
Show Robert Kardashian Jr. with:


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- Summer Life in Whitley County
AKRON — Columbia City's girls cross country team won the Tippecanoe Valley Invitational Saturday, beating 10 teams with 65 points. The second closest team, West Noble, had 77 points.
"The girls bettered their times considerable from Marion last week," Columbia City Head Coach Bob Fahl.
Samantha Roush placed second out of 95 runners with a time of 19:40.
Whitko's girls cross country team placed seventh out of 10 teams.
Columbia City's boys were led by Evan Harney, who placed fourth with a time of 16:39. The boys placed fifth out of 11 teams.
Saturday, Whitko and Columbia City join Churubusco at West Noble for another invitational.View more articles in:


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Wal-Mart proposal includes Falmouth street overhaul
FALMOUTH — A proposed expansion of Wal-Mart's garden center will be the subject of a public hearing at the Town Council's next regular meeting, Wednesday, April 16.
The proposal also comes with a $525,000 plan to revamp Hat Trick Drive.
Joan Fortin, an attorney representing Wal-Mart, said the retailer hopes to expand its outdoor garden center on U.S. Route 1, but current zoning laws prohibit the expansion. In fact, current zoning prohibits Wal-Mart from operating the garden center as it has done in the past.
Wal-Mart's pickle dates back to a now-scuttled plan to expand the 92,000-square-foot store at 206 Route 1 into a 124,000-square-foot Supercenter.
Wal-Mart had received permits in 2010 to expand and move the garden center to the northern side of the building; however, between receiving those approvals and cancelling the plans, the zoning for the area changed, and the big-box retailer was left with nothing grandfathered-in for its garden center.
For the past three years, Wal-Mart sought and received temporary approval to operate the outdoor sales. Now, the retailer hopes to make it permanent.
"Basically, Wal-Mart would like to do the same thing that it's been doing for many years," Fortin told the council during an introductory presentation last month.
Wal-Mart's plan includes a larger area for outside sales, "enhanced landscaping" on Clearwater and Hat Trick drives, pedestrian walkways and lighting on Clearwater Drive, plus an outside storage area for pallets, which would be screened from view with decorative fencing.
Amanda Stearns, Falmouth's community development director, said a zoning exception isn't allowable in this case, per town ordinance.
"The only mechanism is to change the zoning," she said.
The proposed expansion project could also include substantial improvements to Hat Trick Drive – part of a long-percolating plan between Wal-Mart, the owner of the property that Wal-Mart leases, and the town, according to Town Manager Nathan Poore.
That project, which is estimated to cost $525,000, would transform Hat Trick Drive from the alleyway it is now into a road that will "look and feel no differently than a regular public road," Poore said.
The cost of the project would be split equally among the three parties; the town share would be $175,000. The plan includes construction of two travel lanes; bicycle-and-pedestrian accommodations, including a sidewalk; pedestrian-scale lighting; landscaping; grass esplanades areas, and 30 perpendicular parking spaces facing Family Ice, Poore said.
Poore said the project is in the town's interest because Falmouth will receive public easement rights, "making it not quite a town way, but the public will have the right to travel over it" as a means to drive from store to store without re-entering Route 1. The plan also includes maintenance agreements between the three parties.
Councilor Karen Farber said she's in favor of granting the zoning change and revamping the road.
"I'm not seeing any problems with this," she said. "It could only be an improvement over what currently exists."
Councilor Dave Goldberg echoed that assessment and said the proposal is "very much in line with Route 1 improvements."
Councilor Russ Anderson also offered his support
"The vast majority of it will be privately funded," Anderson said. "It looks to me like a terrific deal all around."
Wal-Mart's original expansion plan would have required tearing down the former Regal Cinemas, which closed in April 2012 in anticipation of the expansion. The expanded box store would have included a full grocery store, pharmacy and large garden section.
The former theater remains vacant.


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Comments yesterday by the Federal Minister for water, Tony Burke, following criticism of the proposed Basin Plan by the Wentworth Group of Concerned Scientists, provide long overdue acknowledgement that a significant proportion of Australians do not approve of current water reform. The public is gradually coming to the realisation that, when given the responsibility of… Read more »
Posts By: Ian Douglas
Poll Indicates Lack of Confidence in Murray-Darling Basin Authority Plans
by Ian Douglas Initial results of an ongoing on-line poll on water policy in Australia raise concerns that the majority of Australians are far from convinced that the draft Basin Plan, soon to be released by the Murray-Darling Basin Authority, will be successful in its aims.
Strong Support for National Water Audit
by Ian Douglas In welcoming the call by Federal Greens Senator, Sarah Hanson-Young, for a national audit of water licence holdings, national coordinator of Fair Water Use, Ian Douglas, commented today, "We have longstanding concerns about the sale of water licences to overseas interests, as there can be little doubt that off-shore investors care less… Read more »
The Driest Inhabited Continent on Earth is Also the World's Biggest Water Exporter!
While the Murray-Darling Basin Authority apparently struggles to find even a paltry 7,600 gigalitres of water in its increasingly compromised attempt to restore the nation's most vital and productive river system, a new report reveals Australia to be the world's largest nett exporter of virtual water in crop, livestock and industrial products; exported virtual water… Read more »


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Habits Happy People Have in Common
Discover 11 things that all happy people have in common, from foods they eat to choices they make.
Ingredient Watch: Diethanolamine
Keep an eye out for this suspected human carcinogen commonly found in cosmetics and other personal-care products.
DIY Health Foods
Save money on four expensive health foods that are easy-to-make at home.
Create simple essential oil room sprays to help neutralize odors and keep your spaces smelling fresh.
Wiser Living Apps
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Mother Earth Living is proud to share a list of useful resources for your smartphone or tablet. See the apps currently available for download. Check back often for our new releases!
At last, here's a book that serves up addictive flavors and a breakthrough method for making creamy, scoopable ice cream at home. Jeni's Splendid Ice Creams at Home, from the proprietor of the natio…
The New Vegetable Growers Handbook is an updated version of Frank Tozer's acclaimed book The Vegetable Growers Handbook. Like the original, it covers every aspect of growing all of the common crops (a…
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Bloominggrove Twp. — Five members of an Amish family were rushed to Med Center Hospital in Mansfield Thursday afternoon after being hit and spun off Baseline Road and ejected from a horse-drawn buggy.
Moses Sensenig, 28, was operating the buggy. He and his passengers Joann, 27, LaRose, 4, Bethany, 2, and Marilyn, 7 months, were transported by the Shiloh Volunteer Fire Department to Med Center suffering incapacitating injuries. LaRose and Bethany Senssenig were later transferred to Akron Children's Hospital.
A news release from the Ohio Highway Patrol gave the following information:
Elijah Brown, 16, was eastbound on Baseline Road and struck the buggy as it was southbound on Edwards Road attempting to turn onto Swanger Road. The impact forced the buggy off the east side of Swanger where the family was ejected. Brown's vehicle, a 1993 Chevrolet 1500 truck, came to a rest in the middle of Baseline Road.
The accident remains under investigation and alcohol is not considered a factor, according to the Highway Patrol.
Check back here for updates and get Saturday's Register for more on this story. Click here for the ePaper, for home delivery or buy the Register daily at a newsstand near you.


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Undergraduate Academic Catalog 2012-2013
DFN 2112 Architecture Culture II - The Renaissance through 1850
Pre-Req: DFN 1111
A continuation of Architecture Culture to examining the relationship between architecture and other cultural discourses such as philosophy, aesthetics, science, religion, politics and technology. While continuing in the aim of developing an understanding of how architecture manifests the socio-cultural conditions of a given moment in aesthetic form, simultaneously examines the development of an autonomous architecture culture, one that we refer to as theory.
Catalog Links


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Below is the poem entitled You are you, I am me which was written by poet
Ragsdale. Please feel free to comment on this poem. However, please remember, PoetrySoup is a place of encouragement and growth.
Read Poems by
Tiffany Ragsdale
You are you, I am me
I wonder If I am seen
I hear Life passing into the night,
like a river passes into the sea
I see That certain cats think,
iam a lying fake that only think of me.
I want To Erase and forget
what you said to me today.
You are you, I am me.
I pretend That im happy,
when I'm really not okay.
I feel Lost and shipwrecked,
love is far away.
I touch You awkwardly.
I worry If i will be good enough today.
I cry Because you dont believe a word I say.
You are you, I am me.
I understand I dont think of you,
my word always come out carelessly
I say How did things become this way?
I dream That i will awaken from this reality.
I try, And you lash out unexpectedly
I hope To find a way out of this insanity
You are you, and I am me.


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Branching out abroad is essential to help businesses expand and diversify. We have experienced partner bank networks in over 100 countries, each providing expert support to help your business grow globally.
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Updated at: 11/14/2013 2:05 PM
(AP) SALT LAKE CITY - A Utah doctor's sometimes heartless behavior in the aftermath of his wife's death suggested he left her to die in a bathtub, a juror on the panel that convicted Martin MacNeill of murder said.
"It was a combination of all the evidence that really got me there," juror Stuart Lewis, 28, told the Deseret News on Wednesday. "There were too many things . that shouldn't have been that way unless he had done it."
Lewis said the five-man, three-woman jury believed that MacNeill twice over-medicated his wife, with what experts testified were painkillers, Valium and sleeping pills. The jury found MacNeill guilty of murder and obstruction of justice early Saturday after 11 hours of deliberation.
His comments were echoed by a handful of other jurors interviewed by KSL and the Deseret News who offered only their first names. The jurors spoke for the first time publicly Wednesday.
One of MacNeill's oldest daughters, Alexis Somers, testified she caught the doctor giving her mother too much medication days after a face-lift, and that MacNeill was the only one around a week later to mix more drugs that were detected in Michele MacNeill's system when she died April 11, 2007.
"These were the two times that he was alone with her, and we know he gave her the medication the first time," Lewis said. "We believe the second time was intentional as well, absolutely."
Jurors were less swayed by what they called the reluctant testimony of MacNeill's mistress or the explosive allegations of a handful of men who spent time with MacNeill behind bars.
The inmates testified MacNeill admitted drugging and drowning his wife _ or bragged that investigators could never prove it. They acknowledged under cross-examination they were hoping to shorten their sentences in exchange for their testimony.
Defense lawyers maintained Michelle MacNeill died of a heart attack while filling the tub, not because of any actions of her husband.
Lewis, however, said MacNeill's lawyers put on an unconvincing defense by picking apart minor inconsistencies over time in accounts of prosecution witnesses. They should have spent more time advancing an alibi or offering some kind of solid evidence to refute the prosecution, he said.
MacNeill declined to take the stand in his own defense.
Lewis said he was overcome with the heartbreak of a broken family when the verdict was read in the courtroom early Saturday. The MacNeills raised eight children, four of them adopted.
"It was so difficult to look at him," Lewis said Wednesday. "He ruined so many lives. He's ruining his own life."
Information from: KSL-TV, http://www.ksl.com/
(Copyright 2013 by The Associated Press. All Rights Reserved.)


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Live Chat & Phone:(780) 492-9400 7:30am – 7:30pm Mon – Fri
What is happening?The Infrastructure Monitoring and Reporting System (IMRS) will have a new license key installed.
Who will be affected? All IMRS users will be affected.
What is the impact?Users will not be able to monitor systems during the change.
When will the change occur?Start: 2014/02/06 22:00 – The license will be installed.Test: 2014/02/06 22:15 – Testing will begin to ensure IMRS is accessible.End: 2014/02/06 022:30 – The change will be complete.


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A science blog with Eric Berger
Posts filtered on Tag
Catching up with the space station crew before they fly home
After six months in space astronauts Oleg Kononenko, Don Pettit and André Kuipers, whose tour of duty began two days before Christmas, will leave the space station Saturday evening to return home. Before their departure I had a chance to speak on Thursday morning with Pettit, Kuipers and Joe Acaba, who arrived on the station […] [Read More]
The Himalayas, as you've never seen them. Must see.
There. Are. No. Words. André Kuipers, an astronaut aboard the International Space Station, took this image of the roof of the world from 250 miles above the Earth. As I tweeted a bit earlier, this is the coolest image of the Himalayas I have ever seen. [Read More]


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Texas on the Potomac
Washington news with a Texas accent
Posts filtered on Tag
Rep. Lamar Smith wants to empower local authorities to enforce federal immigration laws
The House Judiciary Committee debates the pros and cons of allowing local authorities to enforce federal immigration laws. Rep. Lamar Smith weighs in on how increased border security and effective interior enforcement must go hand-in-hand. [Read More]
Lamar Smith, Ralph Hall demand records of ex-EPA chief's 'alias' email
Rep. Lamar Smith, R-San Antonio, and Rep. Ralph Hall, R-Rockwall, joined other members of the House, Science, and Space Technology Committee in demanding the release of a non-public email account used by former Environmental Protection Agency Administrator Lisa Jackson. Jackson used a second email account under the alias "Richard Windsor," drawing suspicion and resulting in […] [Read More]


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I was part of the jury pool that was invited to witness this 'celebration' of Law Day. What I found most disturbing is that although the Judicial system is as equal a part of the total Government ( Legislative and Executive being the other two), It only receives a fraction of the Dollars with which to do business. There was no reason given for this, and we were not given the opportunity to ask the question. I wish they had opened up a 10 or 15 minute forum for us to ask that and other pertinent questions.
Absolutely unacceptable. The larger recycle bins were suppose to offset the cost of trash removal. Where is the money from the recycling going????
Wow.. what a difference!!! No boom boom boom from pimped out honda's.. No ding dong ice cream trucks standing idling for hours at a time. It's been quite nice to go outside for awhile today!! Good work SPD!
Well, I hope they plan to stake out the Allen Park Apt. area. Also, does this include the ice cream trucks who constantly play that derned music for hours on end while they slowly make their way around the Allen Park Apt's and the Springmeadow units?? (Don't get me wrong, peeps have a right to earn $$, but it's incessant!!)
Sentry, How do you know that no one did say that?
They may be able to ascertain that the person is deceased through "obvious signs of death", but not one of them is legally certified to 'call a death'.
Pardon me, but EMT's are not legally qualified to determing if someone is deceased. Only an MD or qualified Rn is legally allowed to do so.
Yeah, I'd like to see how they'll try to get out of this. Caught Red Handed!
Here's a thought: Take that 60M and buy up some of the beautiful homes in the city! Put these folks in these homes and back to work so they become tax payers instead of moochers!
Our bill, just over one hundred dollars for last month (we have natural gas heat/stove). The surcharge was Fifty Five dollars. Our actual usage for the KWH was Forty Five dollars. Please.. someone tell me how it can be Ten dollars more to deliver and the "other" charges???
The surcharges to deliver the juice to our home cost 10.00 more than the actual KWH charg. Incredible. Now, another $5.00?? Craziness.
They're allowed $700.00 per month?? Lawdie, that's more than 2/3 of a mortgage payment! Why don't you just purchase those homes for sale and let these folks pay for them??
As a tax payer, I would request a break down of where those funds are going.
Although I hope this man recovers I cannot, for the life of me, understand why anyone would light up with any amount of gasoline strapped to his back.
This is not a news story.. it seems to be more of an opinion piece. Get your facts straight before you publish. please.
Thank you for reminding me to take a detour off of Sumner Ave Til Jan 2.
In one sentence: Because it never happened.
The city of homes... indeed. It has become the city of generators! Morning number eight and I, too, am still without electricity. C'mon, SarNO!!! actions speak louder than lambasting words!!
Kerry Drive still without Electricity... Night seven. Generators abound, but no heat save the gas fireplace/ roasting veggies in the gas oven. Can someone tell me why there was not a disaster situation in place for something like this in the North East???
Try as I might, it shows "no items for sale" for this user.


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Continuing my last post on using the spatialite tools and software on EL 6 and clones, here's how I got the spatialite_gui to work.
Continue reading Spatialite GUI on Enterprise Linux 6 systems
Continuing my last post on using the spatialite tools and software on EL 6 and clones, here's how I got the spatialite_gui to work.
Continue reading Spatialite GUI on Enterprise Linux 6 systems
Spatialite, built on the shoulders of the popular sqlite single-file database, offers a broad feature set of GIS analysis tools. Getting data into a spatialite database is a snap when you're starting from a shapefile. But what about GPS data. Here's a few tips on how to upload data from the standard "GPX" format into a spatialite DB.
Tim Sutton's excellent post from last year gives a recipe for creating a professional looking color relief background map from elevation data, and using only GDAL tools. I'd like to suggest one additional procedure to his step-by-step guide.
The latest stable release of GRASS GIS is 6.4.1. Binaries are already available for several operating systems and distros, but not yet for RHEL 6 or its clones. With the legwork done by the folks at FedoraProject, we can prepare RPMs and install GRASS with little ado also on SL6
The *.dbf single file database format, AKA dBase has been with us now for over 30 years. During this period software giants such as DEC (Digital Equipment Corporation) and Aston Tate have risen and fallen, but the lowly dBase format is still hanging on. What gives this standard its tenacity? And how should we deal with DBF files today?
Every photograph is taken somewhere. With the advances in miniature GPS chips, equipping cameras with GPS capability, and implanting location data into the images should be a no-brainer. Several manufacturers have indeed come out with GPS enabled cameras. So , how do you use this new feature to georeference your photos in a FOSS GIS environment?
Windows users who need a full featured GIS platform can benefit from the fruits of open source software and choose Quantum GIS. The latest version, 1.6.0, will be released in a few weeks. And the preview is already available to download and install.
Most people working in GIS aren't computer technicians. Rather than spend time installing, configuring, or compiling software, they just want to get their maps done, and be home in time for dinner. Here's a rundown of several of the more popular open source operating systems, focused solely on ease in jump-starting the FOSS GIS stack.
With each new version of FOSS operating systems come new possibilities and new problems. Such is the case with Fedora 13. Fedora developers decided to no longer release statically compiled binaries, only dynamically linked. I won't pretend to understand all the considerations which lead to this decision. But I've found that it floats to the surface some changes when trying to compile the GIS toolkit. So if you want to do the wizardry to setup your freshly installed F13 box as a GIS workstation, then follow the yellow brick road…
Continue reading Fedora 13 and FOSS GIS: new gotchas and workarounds
In several GIS training seminars I've used a collection of spatial data and exercises to demonstrate and practice some basic GIS operations using Quantum GIS. If you'd like to try out one of the popular open source GIS programs, download this zipped file. (100 MB, and compressed with 7zip). It contains a directory of documents, including the list of exercises, a directory of geospatial data, and several presentations. Continue reading GIS Basics with Quantum GIS


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JEFFREY, W.Va. — Janet F. Blankenship Miles, 72, of Jeffrey, went home to be with the Lord Friday, January 11, 2013, at Boone Memorial Hospital.
Born January 23, 1940, at Lake, she was a daughter of the late Ray and Myrtle Blankenship. Also preceding her in death were two brothers, Harry Blankenship and Glen Blankenship, and one sister, Helen Ball.
Janet was a member of Spencer United Methodist Church. She retired from Boone Memorial Hospital with 30 years of service as a Medical Records Technician. She was a precious mother, grandmother, great-grandmother, sister, aunt and a friend to all.
Survivors include her husband of 55 years, Maurice Miles; two daughters, Libby (Joey) Akers of North Carolina and Sherri (John) Bennett of Alabama; one son, Scott (Terri) Miles of Colorado; one sister, Nada Ellis of Ohio; grandchildren, Amanda (Jeff) Brannen and Tiffany Bennett, both of Alabama, Kelsey Jo Akers, Jodie Akers and Nicholle (Tim) McNabb, all of North Carolina, Tanner Miles of Colorado, and Shane Gragg of Mississippi; one great-grandson, Easton Miles Brannen of Colorado, and many loved ones and friends.
Services will be held at 2 p.m. Monday, January 14, at Handley Funeral Home with Rev. Roger McCauley and Harold Ray Ball officiating. Burial will follow in Family Gardens at Madison.
Visitation will be from 6 to 9 p.m. Sunday at the funeral home.
Condolences may be left at www.handleyfh.com.
Handley Funeral Home of Danville is in charge of arrangements.


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Happy Days
28,155pages on
this wiki
this wiki
Happy Days is a sitcom that was broadcast on ABC from 1974 until 1984, which focused on life in Milwaukee around the 1950s and 60s. The show's stars, Arthur "The Fonz" Fonzarelli (played by Henry Winkler) and Richie Cunningham (played by Ron Howard) appeared in inserts during Sesame Street season 9.[1] Fonzie and Richie recited the alphabet in one insert and discussed dental hygiene in another. The Fonz also appeared in several solo sketches.
- The show is spoofed as Snappy Days in the 1983 Hallmark calendar The Muppets Look at TV with Fozzie taking the role of "The Foz" (Fonzie), Scooter in the Richie role, Gonzo (as either Potsie or Ralph Malph), and The Swedish Chef as Arnold.
- At the beginning of the Sesame Street song "Do the Wash", a boy hits a washing machine to get it to start running, much like the Fonz would hit the jukebox at Arnold's to get it to work.
- In the Muppet Babies episode "I Want My Muppet TV!," Baby Rowlf suggests they watch Happy Dogs.
- In an interview in 100 Greatest TV Characters, Kermit the Frog mistook Fonzie for Fozzie at one point.
- G.W. Bailey played Jack Whitman in the episode "Joanie Busts Out"
- Linda Bove played Allison in the episode "Allison"
- H.B. Haggerty played Bruno in the episode "Nose for News"
- David Ketchum wrote five episodes and played Lt. Col. Binicky in "R.O.T.C.," Coach Pelino in "A Shot in the Dark," and Donald Hedges in three episodes
- Christopher Knight played Binky Hodges in "Be My Valentine" (1978)
- Cheryl Ladd played Cindy Shea in the second season episode "Wish Upon a Star"
- Garry Marshall created the series, as well as wrote, directed and appeared in multiple episodes
- Penny Marshall played Laverne DeFazio in six episodes and the spin-off Laverne & Shirley
- Michael McKean played Lenny in the episode "Fonzie's Funeral Part 2"
- Pat Morita played Arnold (1975-1976, 1982-1983)
- Donny Most played Ralph Malph (1974-1980)
- Tony Randall played a werewolf in the episode "Not with My Sister, You Don't" (1974)
- Cathy Silvers played Jenny Piccolo (1980-1983)
- Frank Welker provided the voice of Mr. Cool on the animated spin-off Fonz and the Happy Days Gang.
- Paul Williams wrote music and lyrics for the musical based on the show.
- Robin Williams played Mork in the episodes "My Favorite Orkan", "Mork Returns," and the spin-off Mork & Mindy.
- Rita Wilson played Barbara McManus in "Where the Guys Are" (1983) and Roxanne in "A Woman Not Under the Influence" (1982).
- ↑ one such sketch appears in Old School: Volume 2, listed as a "Season 9 Classic Cut"


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Thursday, November 30, 2006
Google Maps historic world earthquake mashup
One of my favorite categories of mashups that I've been indexing here on Google Maps Mania are those devoted to Weather & Earth. Some of my top picks in this section include WeatherBonk, If Earth were a Sandwich and EarthTools. Many more in this list show us locations of everything from waterfalls to mountains. Take some time to look through this list. . there are some very interesting tools and mashups that can be very useful to you and especially helpful for teachers to use in lesson environments.
Adding to this list is a new mashup of out New Zealand that combines a historical database of approximately 7000 earthquakes from around the world. Created by Anthony Pengelly, Ants.net.nz features past earthquakes that can be plotted by geographic region dating back as far as the 1600's and by magnitude of earthquake. When selecting 8.8-10 magnitude earthquakes pre-1973 it appears that the northern part of South America seems to have been a hotbed of large earthquakes for three hundred or so years.. Anthony even caters to the Australian and New Zealander audience by creating two separate maps for those 2 countries. In each regional page Anthony cites the local earthquake database he is mashing up with to help you to understand where the data for each pin is coming from.
Be sure to check out more Weather & Earth mashups here..
Posted by Mike Pegg at 5:54 PM
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Ruff House Art
Keep track of the passing days with this handsome calendar, featuring unique frames and borders on each month's page. This set of two is perfect for keeping one and giving another to a friend or coworker.
Ruff House Art is a letterpress stationery brand and design studio created by designer, Jill Morrison, and operated together with web developer and photographer, Brian Shephard. They have been creating wedding invitations, greeting cards and eco-friendly paper goods since 2009. Their modern, unique styles turn ordinary correspondence into an act of elegance.


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|Comfort Inns Southport hotels are listed below. Search for cheap and discount Comfort Inns hotel rates in Southport, NC for your upcoming individual or group travel. We list the best Comfort Inns Southport hotels + motels so you can review the Southport Comfort Inns hotel list below to find the perfect place.
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Transporting collection specimens in 1965.MA693
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EPIC PRANK: Guys Hook Up Kegs To Friend's Plumbing
Good thing on of these guys was a plumber or this would have been much harder to pull off. If you think you're good at pranks -- can you test up to this? This group of friends decided to hook all their buddy Russ' pipes up with BEER


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Translate your ideas into polished diagrams with OmniGraffle, the flexible diagramming application for the Mac.
Explores OmniGraffle, the premier visual diagramming program on the Mac platform for developing wireframes and sitemaps.
Shows how to illustrate and communicate ideas with this powerful diagramming tool for the Mac.
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