text:
Provided are improve data search and management systems, devices, methods, and computer program products for performing metadata-based searches and displaying the initial results as clusters depending upon search criteria, search results, or physical limitations of a device such as a display. Using clusters provides an intuitive way of displaying results on a compact device with a small screen and limited user interface.
1. A system for performing metadata-based searching, comprising:
a memory capable of storing data files and associated metadata; and
a processor interoperably coupled to said memory and capable of searching said metadata to produce results with associated metadata, clustering said results based upon metadata of said results, and displaying said clustered results.
2. The system of
3. The system of
4. The system of
5. The system of
6. A mobile terminal, comprising:
a memory for storage of data files with associated metadata;
a processor interoperably coupled to said memory;
an input device for inputting characters and interoperably coupled to said processor;
a search application interoperably coupled to said processor and capable of accepting said character input to perform a metadata-based search for results and capable of clustering said results; and
a display interoperably coupled to said processor and capable of displaying said clustered results.
7. The mobile terminal of
8. The mobile terminal of
9. The mobile terminal of
10. The mobile terminal of
11. A method of performing metadata-based searching, comprising the steps of:
searching metadata associated with data files based upon search criteria character input to produce search results; and
clustering said search results to produce result clusters.
12. The method of
13. The method of
14. The method of
15. The method of
16. The method of
17. The method of
18. The method of
19. The method of
20. The method of
selecting at least one result cluster; and
displaying the results of said selected result cluster.
21. The method of
22. The method of
predetermining a display capability for said results and said result clusters; and
grouping said results based upon said predetermined display capability.
23. The method of
24. The method of
25. The method of
26. The method of
27. The method of
predetermining a maximum result cluster size for said result clusters; and
grouping said results based upon said predetermined maximum result cluster size.
28. The method of
29. The method of
30. The method of
31. The method of
32. The method of
33. The method of
34. The method of
35. A method of performing metadata-based searching on a mobile terminal, comprising:
searching metadata associated with data files based upon search criteria character input to said mobile terminal to produce search results;
clustering said search results based upon metadata of said search results to produce result clusters; and
displaying said result clusters on a display of said terminal.
36. The method of
37. The method of
38. The method of
39. The method of
40. The method of
identifying hits of search criteria in metadata; and
displaying said hits for said result clusters.
41. The method of
a. inputting a first character search criteria;
b. displaying said result clusters to produce displayed result clusters;
c. inputting a second character search criteria; and
d. refining at least one of said search results and said result clusters and updating said displayed result clusters based upon said second character search criteria.
42. The method of
inputting an additional character or character string search criteria; and
refining at least one of said search results and said result clusters and updating said displayed result clusters based upon said additional search criteria.
43. The method of
44. A computer program product comprising a computer-useable medium having control logic stored therein for performing metadata-based searching, said control logic comprising:
a data input code for accepting character input;
a metadata search code for searching metatdata of data files based upon character input;
a result output code for producing results from said metadata search code;
a clustering code for clustering said results of said result output code;
a display code for displaying result clusters of said clustering code;
45. The computer program product of
46. The computer program product of
47. The computer program product of
48. The computer program product of
49. The computer program product of
50. The computer program product of
51. The computer program product of
52. The computer program product of
The present invention relates generally to systems and methods for searching data files and, more particularly, to systems and associated devices, methods, and computer program products for performing metadata-based searches of data files using a small display and a limited user interface.
Mobile devices, including mobile communication devices and terminals, and wireless communication technologies have advanced significantly over the recent few decades. In keeping stride with the advancement and impact of mobile devices, new wireless systems, devices, protocols, and services are developed and introduced to further the use of these technologies, and consumers continue to demand even more advanced wireless functionality and capabilities. Such technologies far surpass simply allowing voice communications and include, for example, text messaging, multimedia messaging and communications, e-mail, Internet browsing, music, and access to a wide range of wireless applications and services. Recent systems, including third generation (3G) systems, such as those specified for use with the Global System for Mobile communications (GSM) wireless standard, enable the delivery of new digital services not previously available or prohibitively inefficient in earlier second generation (2G) wireless networks.
These improved technologies also present the need for increased processor capacity and storage for the increasing amounts of data that may now be transmitted to a mobile device. Mobile devices have improved as storage devices, and mobile devices now provide increased storage capacity for data files such as email, email attachments, web pages, images, music, and other files such as multimedia files which can be transmitted on 3G systems. Improved storage devices and increased storage capacities also result in increasing numbers of data files. As the number of data files on a mobile device increase, accessing a particular data file or group of data files becomes increasingly difficult, less efficient, and, eventually, prohibitive for effective use of the mobile device as a storage medium.
This problem is particularly relevant for devices with small display screens such as mobile telephones, MP3 players, personal digital assistants, and devices that represent a combination of these and other personal and wireless technologies. Because of growing storage capacities, even devices with small screens that traditionally had limited storage capacities can, nevertheless, contain large quantities of data and numbers of data files, such as media files or media items. In addition to the problem of small displays, physical and software user interfaces are typically limited on many personal and wireless devices. If the physical user interface is not going to change, the manner of using the device and associated software user interface can be changed to improve the ability to manage increasing amounts of stored data.
Example previous and existing file management systems have relied upon folder-based management with searching or filtering based upon data file characteristics such as name, date, type, and size. Other approaches have taken advantage of searching metadata fields of data files. But these file management systems rely primarily upon presenting search results in a flat list such as the flat list of results shown in
In light of the foregoing background, embodiments of the present invention provide an improved system and associated terminal, method, and computer program product for performing metadata-based searches of data files using a small display and a limited user interface.
Embodiments of the present invention improve upon existing data search and management systems by displaying the initial results of a search, or filter, as clusters depending upon the type of matches or filtered items that result. Using clusters provides an intuitive way of displaying results on a compact device with a small screen and limited user interface. Embodiments of the present invention also provide a user the ability to refine a search, the results of a search, and the clusters that are produced to organize and present the results.
Embodiments of the present invention provide a system, associated device or mobile terminal, method, and computer program product for performing metadata-based searches. An embodiment of a system of the present invention may include a memory for storing data files with associated metadata and a processor for searching the metadata files, producing results with hits associated with the search, clustering the results based upon the metadata, and displaying the clustered results. The results and clustered results can be refined by further searching of the data files or the results and clustered results. An embodiment of a system of the present invention may also include an input device and a display. The input device may be used to enter search criteria such as characters, character strings, and search operators.
An embodiment of a mobile terminal of the present invention may include a memory and processor similar to the previously described system embodiment and may also include a search application for operating on the processor based upon character input from an input device and providing the results and clustered results to a display of the mobile terminal.
An embodiment of a method of the present invention may include the steps of searching metadata associated with data files based upon search criteria character input to produce search results and clustering the search results to produce result clusters. The character input may be a single character, a character string, combinations of characters and character strings, or multiple character strings. Characters and character strings are defined herein to include any character, symbol, or other representative unit, including spaces, such as characters typically found on a keyboard or alphanumeric keypad or identified as ASCII, but is not limited to alphanumeric characters. A character string may be a single character if the character string is a separate search criteria from another character or character string, such as "n" and "jun" in
In an embodiment of a method of the present invention where results are clustered, the clustering may be performed based upon a predetermined display capability such as the ability to show a particular number of results or result clusters on a display device. The clustering of results may alternatively or additionally be based upon the metadata of the search results. The metadata may provide clustering based upon, for example, a period of time, an event, or a topic of the metadata or based upon a physical location of data files in the search results. Clustering may also or alternatively be based upon a predetermined maximum result cluster size, meaning the number of results that are included in a result cluster or a maximum percentage or a combination of percentage or number of results that are included in a result cluster. Clustering may also or alternatively be based upon relevancy to search criteria, such as the number of hits of search criteria in each of the search results. In addition to clustering, results and result clusters may be ordered for display such as by relevancy to search criteria, alphabetical listing, a period of time, a date, time stamp, a sender, a creator, an owner, an event, a topic, a location, or the relevant weight of a data file or a number of data files.
An embodiment of a computer program product of the present invention is also provided that includes metadata searching for results using result clusters to organize the search results that would otherwise be displayed in a flat result list. As described with reference to embodiments of methods of the present invention, embodiments of computer program products of the present invention include the ability to accept additional search criteria character input to refine search results and result clusters that are displayed. These characteristics, as well as additional details, of the present invention are further described herein with reference to these and other embodiments.
Having thus described the invention in general terms, reference will now be made to the accompanying drawings, which are not necessarily drawn to scale, and wherein:
The present inventions now will be described more fully hereinafter with reference to the accompanying drawings, in which some, but not all embodiments of the invention are shown. Indeed, these inventions may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein; rather, these embodiments are provided so that this disclosure will satisfy applicable legal requirements. Like numbers refer to like elements throughout.
While a primary use of the present invention may be in the field of mobile phone technology, it will be appreciated from the following description that the invention is also useful for many types of devices that are generally referenced herein as mobile terminals, including, for example, handheld data terminals and personal data assistants, portable medical devices, personal multimedia units such as video or audio players (e.g., MP3 players), handheld PC devices, digital cameras, digital camcorders, portable TV devices, computer watches, and other portable electronics, including devices that are combinations of the aforementioned devices. Similarly, one of ordinary skill in the art will recognize that, while the present invention is particularly useful for devices with small screens and limited physical user interfaces, the present invention can be used for searching or managing data files on other devices and systems.
One aspect of the present invention is the use of metadata in searches to determine or partially determine search results. As used herein, metadata means both the traditional data identified as metadata fields in data files such as description field and tagged information and also traditional non-metadata field information such as a file name, time stamp, and other information related to the data file, including a log of actions that are related to or that have been applied to the file, whether included as part of the data file or stored separately such as in an external database. Metadata is intended to mean the collective total of all information associated with the data file. For example, an image data file would include an image but the metadata related to the file would also include all other information related to the image, including metadata stored in the data file such as EXIF or IPTC fields inside a JPEG image file. Further, metadata may include text include in a data file such as a multimedia message where a sender provides text explaining where and attached image was captured; similar location metadata may be stored in metadata fields associated with the attached image data file. By way of further explanation and example, an image data file may have associated metadata including a file name, file size, date and time, description, image resolution and size, image type, and copyright information separate and apart from the image itself.
A second aspect of the present invention is the use of clustering of search results to further refine and improve the efficiency of searching and the provisioning of the results of the search, particularly on devices with small displays and limited user interfaces. With respect to the metadata-based searching aspect of embodiments of the present invention,
In addition to textual metadata search criteria, characters and character strings may represent any type of metadata associated with data files. Search criteria may be defined by character input such as characters, character strings, and operators to search any type of metadata field such as a textural description, keywords, location, periods of time, dates, time, sender, creator, owner, events, topics, and weights of activity of data files. For example,
As previously mentioned, search criteria may be a single character as represented in
Search results may be organized or clustered into result clusters, as described further herein. A user may select or open a result cluster to display the data files or results which have been organized or grouped into the result cluster. For example,
One of ordinary skill in the art will identify that search criteria may include search operators such as a space character that indicates an AND or an OR operator between search criteria characters and/or character strings. Any search operator may be used. For example, AND, +, OR, NOT, −, LIKE, ˜, PRE/n, W/n, W/M, ATLEAST/n/X, ",", ";", !, *, #, and ?. As for any operator, any search operation may be assigned or configured. However, by way of example, the following example operators are further defined with example meanings: + may mean inclusive similar to AND, − may be exclusive similar to NOT, LIKE and ˜ may identify synonyms or similar character strings, PRE/n may be used where a first search criteria character string proceeds a second search criteria character string by not more than n characters or character strings, W/n may be used where search terms are within n characters or character strings of each other, W/M may be used where search terms are in the same metadata field, ATLEAST/n/X may be used where search term X appears at least n times in the metadata of a data file, a "," (comma) or a ";" may be used as an AND or an OR operator, ! may mean an exact match, * may represent a placeholder for any single or multiple character beginning or ending or may be used with a root word plus all the words made by adding letters to the beginning or end, # may represent a placeholder for any single character, and, as with any other symbol or operator, ? may be assigned to as any desired operator.
A search may be configured in a routine or by operation of a user to search all of the characters and/or character strings throughout all of the metadata fields of associated data files. Alternatively, search criteria may be separated by operators such as space characters or commas to search or focus on different metadata fields or alternatively this function may be defined in a general options. For example, a first search criteria keyword may be searched through all of the metadata fields for occurrences, and a second keyword may be searched through all of the remaining metadata fields in which the first search criteria keyword did not appear. Effectively, each search criteria may identify a particular metadata field or group of metadata fields. For example, a user may want to identify data files with associated metadata where two search terms appear in two different metadata fields. A user can enter two search terms, and if this type of search is being used, the search routine will only identify data files where the two search terms appear in two different metadata fields of a data file. In such a manner, a user may be able to aggressively refine the search results in result clusters in order to quickly identify a particular data file or group of data files. In one alternate embodiment of the present invention, a search may also be restricted to contain only a certain file type, selected file types, or all file types, where types may be defined by a particular category such as images or music, a particular file extension such as .gif or .jpg, or any other file type scheme. One of ordinary skill in the art will recognize that file types may be used to cluster and/or order results of a search, as described further herein.
One of ordinary skill in the art will recognize that embodiments of the present invention may search a composite data file as a single file and as separate files, only as a single file, or only as separate files. Some media files can be combined together into composite productions, or more general media items. For example, a composite media file such as a MMS message may include text, video, audio, images, web pages, other media files, and combinations of these and other media files. A search may identify matches within the composite media file and/or the separate files and include as results of the search the composite media file and separate files, only as the single composite media file, or only as the separate files. If only the single composite media file will be represented as a result, an embodiment of the present invention may search the composite media item as if it has inherited the metadata of the data files composed therein. One of ordinary skill in the art will also recognize that certain combinations of media items may be interpreted as metadata of other media items. For example, a composite media item of text, such as a greeting message, and an image, such as a holiday picture, may be interpreted so that the text part of the media item is inherited or annotated as metadata of the image.
As previously described, matches or occurrences in metadata fields of search criteria may be displayed as hits associated with results and result clusters in result lists and result cluster lists. The number of data files that match a particular selection of a result cluster or search criteria, may be displayed for each result cluster and/or each list. For example, the number of identified result clusters may be indicated and the number of results in a result cluster may be indicated. Further, thumbnails or icons may be used to further identify the results and result clusters in a list. The example embodiments of
In addition to searching by metadata associated with data files, embodiments of the present invention provide for grouping or ordering of search results into result clusters, or clustering. For example, a multi-dimensional metadata-structure or "categorization scheme" related to all of the matched data files may be analyzed by a clustering routine to determine alternative views or clusters to present the resulting data files from a metadata search. The multi-dimensional metadata-structure relates to the plurality of metadata fields which may be identified as having matches or occurrences of search criteria. This plurality of metadata fields forms a multi-dimensional metadata-structure. The resulting data files may be prioritized or grouped based upon occurrences in similar metadata fields or related multi-dimensional metadata-structure of the resulting data files. A view may be, for example, combinations of time, date, and periods of time parameters into a single cluster. Similarly, event and topic metadata field occurrences may be clustered. However, one of ordinary skill in the art will recognize that clusters may be organized to represent resulting data files based upon any number of characteristics and metadata fields. Additional example metadata categories or clusters may include metadata fields or combinations of metadata fields such as time, location, events, topics, time-location, time-event, time-topic, event-location, and relevancy to search criteria. For example, if a search string of "August" matches data files from both August 2002 and August 2003, the data file matches may be clustered into two groups representative of their files for August 2002 and data files for August 2003. Search results may also be clustered based upon metadata that may not be part of the search criteria or not found but is otherwise represented in the resulting files. For example, the results from a search string of "August" may be clustered based upon location metadata information such as "summer cottage," "office," and "home." One of ordinary skill in the art will recognize the various alternative clustering methods may also be utilized for grouping search results of embodiments of the present invention. Further, clusters may be identified or named using search criteria keywords or occurrences of search criteria in metadata fields.
A clustering routine may be configured to organize a limited number of clusters that contain only a representative selection of data files including a high density of search criteria among all of the results from a search, discarding less relevant data files or data files with low density of search criteria in the data file metadata. Clustering of results may also be based upon the search criteria that is entered. For example, result clusters may be organized to show all of the results from one search criteria character string in a single result cluster and all of the result clusters from a second search criteria character string in a second result cluster. A third result cluster may be representative of all of the data files with occurrences of both character strings.
Embodiments of the present invention may also include result clusters that contain extended search results and/or hits, meaning results and/or hits that do not strictly meet the search criteria but have similar metadata as the actual search results and/or hits. Actual search results and/or hits means search results and/or hits representative of exact matches to the search criteria. Extended search results and/or hits may be clustered to be presented separately from actual search results and/or hits or sorted to be secondary to actual search results and/or hits. Searching for results and/or hits similar to but not exact matches to the search criteria may be useful when metadata may be incomplete. For example, if a user searches a specific period or moment in time, such as a day, and a keyword, such as "in-laws," to find a picture of the new in-laws of the user taken on the wedding day of the user, the matched results could include a first data file picture having both search criteria, a second data file being the previous picture captured as indicated by time metadata, and a third data file being the next picture captured as indicated by time metadata. Similarly, clusters may be formed of data files matching a period of time, or other characteristic, closely related to the search criteria such as data file captured one hour before or one hour after a searched hour. Another example may be where a first cluster includes exact matches to the search criteria and a second cluster includes similar but not exact matches such as the day of the search criteria but not the time of the search criteria. A further example, may be where the search routine has been configured to look for synonyms and plurals of search criteria such as where a search for brown also results in matches of tan and beige.
Clustering criteria may also or alternatively include considerations of limitations of a display such as the size or resolution of the display to limit the number of result clusters to the number capable of being displayed or a number of result clusters not significantly greater than the number of result clusters that may be displayed, such as twice or three times the display capability. For example, a user interface of a mobile device may be physically small in size, have a low resolution, or a combination of both such that the display may also present a limited amount of information without requiring scrolling. Depending upon the size or resolution of a display, a search routine or a clustering routine may be configured to provide for example two to six data files or result clusters. Thumbnails, icons, and text or metadata information such as occurrences of search criteria in the metadata may be presented with the limited number of results or result clusters. Parameters of a thumbnail image or icon may further limit the amount of information that may be displayed on a mobile device. All of this information may be taken into consideration by a search routine or a clustering routine to provide result lists and result cluster lists that are easily navigable by a user and present information in an efficient manner. For example, the embodiments of
Once result clusters have been determined and populated with search results, the result clusters may be displayed to a user indicating various characteristics of the result cluster such as the number of results in the cluster, hits of search criteria in the metadata, and representative thumbnails or icons of results in the result cluster. Additionally, icons describing different metadata fields may be displayed. As previously described, a user may then select a result cluster to review the results in the cluster, further search the result clusters, or refine the entire search while preserving the identified result clusters and results.
If large numbers of result data files or result clusters are organized, embodiments of the present invention may perform multilevel clustering.
One of ordinary skill in the art will recognize that the result clusters and data file results of result clusters may be organized or sorted according to different criteria. For example, the alphabetical name of the result data files or the level provided for a result cluster may be used to organize the list. Alternative organization criteria may include such characteristics as the relevancy to search criteria, periods of time, dates, times, sender, creator, owner, events, topics, locations, and weighted activity of data files. Any number of metadata fields or characteristics of data files may be used to order results and result clusters. The weighted activity of a data file is intended to describe quantity characteristics of a data file such as the number of times a data file has been accessed, displayed, emailed or sent, printed, or edited. Relevancy to search criteria may include any number of characteristics such as the quantity or number of occurrences of search criteria in metadata fields, the number of metadata fields in which the search criteria occurs, and various other traditional search relevancy determinations.
One of ordinary skill in the art will recognize that text on nine keys (T9) can be used to improve the efficiency of searching of embodiments of the present invention. T9 is a system that allows users to enter words and phrases by pressing a number key for each letter in the word or phrase. The system is similar to entering the letters of a name when looking up someone in a company's phone directory over a phone. T9 was developed as a faster alternative to multi-tapping, a text input system that requires the user to tap a key from two to four times to select many letters. In contrast, T9 uses predictive text input and predictive software to enable identification of a letter with a single key tap. T9 compares the single key tap input to a list of possible words in dictionary. According to embodiments of the present invention, a specific dictionary containing all of the words that occur in metadata of the data files on a storage device, or metadata that appears in search results, may be compiled for use with a T9 system. If the T9 system is not able to take advantage of or is not able to identify hits or words within this limited metadata dictionary, the T9 system may fall back to a standard or default dictionary. When using a T9 system, a separate dialogue or input box may be opened and used on the display of a mobile device for inputting a character string such as a word or phrase and/or search operators using the T9 system, and then, after the T9 system has been used to input search criteria, that inputted search criteria may be selected as search criteria for the metadata-based search. One of ordinary skill in the art will also recognize that various other functionalities for searching may be used such as speech recognition. Additional technologies may also utilize a compiled metadata dictionary such as to improve the recognition accuracy of speech recognition.
One of ordinary skill in the art will also recognize that embodiments of the present invention may be used for other applications apart from mobile devices such as searching on the Internet. The dynamic searching and clustering and refinement of searching and clustering may be used for other applications such as messaging or email and media such as music and video files. Embodiments of the present invention provide additional features for various management applications of multiple data files. For example, in a messaging or email system, messages may be searched based upon the various characteristics or metadata of the emails such as title or subject, sending, recipient, date, and message body to search and cluster the messages that would be otherwise searched and provided in a resulting flat list of messages. In general, the present invention may be utilized to manage and search any type or kind of file.
One of ordinary skill in the art will also recognize that the present invention may be incorporated into software systems and subsystems, as well as various other applications. In each of these systems as well as other systems, including dedicated systems, capable of hosting the system and method of the present invention as described above, the system generally can include a computer system including one or more processors that are capable of operating under software control to provide the metadata-based searching and clustering techniques described above.
As shown in
It will be understood that each block, or step, or element of the flowchart of
Many modifications and other embodiments of the inventions set forth herein will come to mind to one skilled in the art to which these inventions pertain having the benefit of the teachings presented in the foregoing descriptions and the associated drawings. Therefore, it is to be understood that the inventions are not to be limited to the specific embodiments disclosed and that modifications and other embodiments are intended to be included within the scope of the appended claims. Although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.
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text:
Once Upon a Time
9 Other Lost Stars We Want to See on Once Upon a Time
As most Once Upon a Time fans know, show creators Edward Kitsis and Adam Horowitz were both writers on Lost prior to their time as the heads of our fave fairy tale drama. Obviously they liked the actors from the twisty island mystery, because they've already cast three of them on OUAT — Emilie de Ravin as Belle, Alan Dale as King George, and Jorge Garcia as a giant.
Jorge's casting got us thinking more in earnest about a topic we've often considered: Which other Lost actors we'd love to see swing by OUAT.
While we'd be happy to see almost any familiar Lost face, here are 9 ex-Losties we think would work especially well on OUAT — and our dream parts for them.
Naveen Andrews as Jafar: Edward Kitsis has mentioned that Naveen Andrews (Sayid) would make a good Jafar. Yes please! Sayid was one of our very favorite Lost characters, and we know Naveen can pull off a mean dark streak.
Josh Holloway as Robin Hood: With his dimples and flowing blond locks, Josh Holloway (Sawyer) could certainly work as a prince, but we prefer him in a more roguish role. He'd be basically perfect for Robin Hood.
Henry Ian Cusick as The Pied Piper: Now that Henry Ian Cusick (Desmond Hume) isn't on Scandal anymore, it's time he comes over to OUAT. He was perfect as the earnest and broken Desmond, but on Scandal he proved he could also do devilishly charming, and we'd like to see him do something a bit different on OUAT. We're thinking he'd make a fascinating Pied Piper. He could also work as Robin Hood, if Josh isn't available.
Yunjin Kim as Mulan's relative: Yes, Yunjin (Sun Kwon) has been cast on ABC midseason show Mistresses, but that doesn't mean she couldn't swing by OUAT, perhaps as one of Mulan's relatives.
Zuleikha Robinson as Jasmine: Zuleikha Robinson (Ilana Verdansky) was a Lost latecomer, but that means her appearance on OUAT would be less distracting than some of these other actors might be, and we think she'd be a really interesting choice for Jasmine.
Mira Furlan as Wicked Witch of the West: We … don't actually know who we think Mira would be best as. We just really miss Rousseau. She could be a cool twist on the Wicked Witch of the West if OUAT ever does make its way over to Oz.
Tania Raymonde as Wendy: Speaking of the Rousseau family, we think Tania Raymonde (Alex) could definitely work as Wendy Darling. Hey, we already have a Hook...
Jeremy Davies as a prince: We think Jersey Davies (Daniel Faraday) would do well in the reluctant hero role; he'd be good as any prince who needs a lot of prodding to do the brave thing.
Terry O'Quinn as any villain: Now that 666 Park Avenue is on its way out, we'd love to see Terry O'Quinn come to OUAT as a bad guy. Any at all.
Which familiar Lost faces would you like to see on OUAT? Share your dream cast in the comments!
Once Upon a Time Season 2 premieres on September 30, 2012 at 8 p.m. ET/PT on ABC.
Rebecca Martin is an editor at Wetpaint Entertainment. Follow her on Twitter @BeccaMartin47.
Want more OUAT news? Like us on Facebook and Follow us on Twitter.

subset: commoncrawl


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text: Hey guys, Trying to build a badass garage at our new house and running up short on money because of all these bull##### permits and stuff. I've also always wanted a LSx powered mustang so this will provide me an opportunity to do that one day. I'm selling my complete motor and turbo setup from my '95 mustang. Its gained a lot of popularity on corral.net, here is the link to the build thread: HP Performance turbo + 347 - Corral.net : Ford Mustang Forums All the info is there, I've not nothing to hide. I've got a lot of money tied up in this setup and it has been worth every penny. The car is still 100% functional right now and I would prefer to fire it up for the buyer before I pull it so they know what they are getting. Unfortunately, a test drive isn't going to happen because this car will not see salty, winter roads. I'm pretty sure all the specs can be found in the link above, but heres a quick run through: DSS "XR" 347 (straight off the DSS invoice) Whew! That was only the shortblock! The total for that list above was $8500. Custom FTI cam by Ed Curtis AFR 205cc heads with comp valve springs spec'd by Ed Curtis Scorpion 1.6 roller rockers Edelbrock Performer RPMII intake, minor port/polish job Edelbrock 94/95 elbow minor port/polish Edelbrock 70mm TB Trickflow valve covers w/ remote breather system Custom alternator bracket Ford racing hi volume water pump Siemens 60lb/hr injectors Aermotive rails and boost reference regulator MSD pro billet distributor NGK V power plugs, taylor wires with heat jackets McLeod Twin disc clutch (1200hp capable, yet still streetable) SCT BA2400 MAF and SCT chip TUNED BY BOB KURGAN HP performance stage 2 turbo kit, 66mm holset turbo, modified exhaust crossover with stainless flex joint, all piping VHT flameproof primed, painted black, satin cleared, then wrapped with DEI header wrap Hallman boost controller VS racing turbo blanket Custom y-pipe to exhaust more info here: 1979-1995 mustang turbo system The car has all functioning accessories besides the smog system, thats been long gone and runs a shorter belt. The A/C functions great and I made custom a/c lines that route to the driver's side to get away from the turbo and clean things up. All brackets and front drive accessories are included. I'm sure I'm missing some stuff from the list that I can add later. Realistically, I've got about $20k tied up here. I have every receipt for this car in a folder, I'm just scared to total them up and see what I actually have into it all. :eeek: There are the numbers, back a few years ago it made 614hp/657tq to the tire through a TKO 600 and a ford 9". Please keep in mind I still had issues on the dyno that I addressed and have done more mods since then (porting/polishing intake). The biggest change since the dyno was the better ignition system. The NGK plugs and taylor wires made a big difference from the stuff I was running on the dyno. Also I currently use a MSD digital 6 which is a noticeable step up from the 6AL that it was tuned with. I'm confident it would go lay down 650hp/700tq no problem right now. I sat down and designed this motor with Tom @ DSS back in 2007 and he told me the motor could handle 1000hp all day long under the right conditions. The CR is 8.8:1. The wastegate has a 10 lb spring in it and the hallman mbc can take it up from there. I typically ran 10-12 psi all the time. The dyno runs were with about 15 psi and a mix of 93 and 100 pump gas. When I take it to the drag strip, I run 12-15 psi with a 93/100 octane mix. I basically just fill the tank with 100, but its not an empty tank so its a mix. The SCT flip chip has a street tune, and a race tune that doesn't pull timing as IATs increase. Only use the race tune when you are at a track running 100 octane and give the motor time to cool down. Every car has some issues: 1. The drivers side valve cover fitting for the remote breather system just started to leak oil. I'd probably recommend modifying these valve covers with new fittings or using different valve covers with your own preferred breather setup. 2. I've been getting a coolant seepage running down the bellhousing. Pressure tested fine, but I've been hesitant to put dye in it because dye is such a mess. I'm pretty sure is either a water pump or timing cover gasket seepage. You can read up on the forums and find this alot, the coolant runs down the head/block mating surface to the back of the motor and down the bellhousing. The motor has about 1500 street miles on it and about 8-10 passes at the track. Two track days at the road course neither were a full day due to alternator problems. $12,500 for the complete turn-key setup. PM me with offers for specific parts and I may part it out instead. Keep in mind the turn-key setup includes the harness, custom aluminum radiator, all belt driven accessories, poly motor mounts, etc. I'd also consider LSX trades, but it would have to be a pretty stout setup similar to what I have now. Here are current pics taken an hour ago. My apologies for the dust, dirt, and corrosion on the engine. The car has been sitting for a while in storage and I haven't cleaned it up in a while. PM me if you have any special picture requests and I can take them for you.


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August 2, 2015
LOS ANGELES (AP) - Jerry Lewis' separation from the Muscular
Dystrophy Association is not a laughing matter for some comedians.
Paul Rodriguez, Larry Miller, Tom Dreesen, Norm Crosby and
others have joined in support of Lewis, the 85-year-old comedian
who the MDA says is no longer its national chairman and will not
appear on this year's telethon.
The funnymen told reporters gathered at The Laugh Factory comedy
club Friday in Hollywood that they want the MDA to feature Lewis on
the upcoming telethon.
Rodriguez says Lewis should be brought back in a limo and given
the accolades that he deserves.
The group says they hadn't spoken with Lewis since the
separation was announced but Laugh Factory owner Jamie Masada said they supported him regardless of why he was dismissed.
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I find this 4 pan palette to be pretty much exactly as Christine described it in her review, though I find some of the shades to be more silvery and cool leaning than warm but that could be because she and I have different skin tones. These shadows give a very elegant and sophisticated look. Pigmentation in 3 of the 4 shades is excellent but it is on the subtle side so you're not so likely to really overdo things unless you want to, since the shades are very to build up if you want a darker or more extreme look. The lightest shade is the only "disappointment" in terms of pigmentation – it's basically frost in a fairly sheer base but even so, it can be used to achieve a very nice look. I love the subtle elegance of the looks that this palette delivers.
1 out of 1 users found this review helpful
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Forest #4 is a golden taupe with warm, brown undertones and a frosted, metallic sheen. It had very nice color payoff, and the texture was soft, silky, and buttery. Sleek MakeUP Lust in LA (LE, $9.99) is similar. Too Faced Buche de Noel (LE) is darker. Urban Decay Shakedown (LE, $18.00) is less golden. Urban Decay Suspect (LE, $18.00) Burberry Pale Barley (P) is similar. Benefit Thanks a Latte (P, $20.00) is warmer. See comparison swatches.


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Bonathon, Katherine (1973) The role of non-Haitians in the development of the contemporary art movement in Haiti and its implications for art educators in cross-cultural situations. Masters thesis, Concordia University.
Concordia University Libraries
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Emerging Talent — Jared Lim's Colorful Architecture
By Jerard on October 10, 2012
Shirlene Ayles says:
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Levi Gundelach says:
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Jessica says:
Wow! Love the lines! He's very good.
Thanks Jessica
faisal says:
Looks uber cool and something in the niche segment
Thanks Faisal
Bram Berkien says:
Yeah I love that principle. Also with regard to doing personal projects to land new jobs. Basically the mechanism is: in order to become succesful, you just need to do what you like doing most: playing around, being different and doing personal stuff. How can it be that good Would've been a bummer if you'd have to be a conformist and kiss everyone's asses to become a succesful photographer.
Thanks Bram
Brooke Pennington says:
""Aim to be different, not better than everybody else." The whole idea in photography is just to present your own point of view. So be experimental and play around." Couldn't agree more. Great work too!
Thanks Brooke
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Excuse us while we let out a prolonged "duh!" Hunger Games franchise queen Jennifer Lawrence is beloved all over the world for her acting skillz, refreshing real talk and (of course) her gorgeous style and super hot bod. And now AskMen.com just bestowed upon her the title of Most Desirable Woman of the Year! 2012 has definitely been the year of the J-Law, since her record busting turn as Katniss Everdeen earlier this year. She's covered W, Vogue and Elle magazine, become the new face of Dior, and most recently switched it up with the indie cred-getting Playbook Silver Linings. That's a hell of a year for anyone, let alone a 22 year old!
And now she can add Most Desirable Woman to her impressive trophy stash! It's a pretty serious honor when you consider her stiff competition, including the likes of pop goddess Rihanna, Esquire's respective sexiest women of the year Miranda Kerr and Mila Kunis, runner/YouTube celebrity Michelle Jenneke and SI covergirl Kate Upton. Head on down to the gallery below to see how they ranked, and which other lovely ladies made it into the top 10.
[Photo: Esquire]


text: ** SHORT SALE - Subject to Lender approval ** Wendwood is a nice development on the West end of the Beach. This tastefully decorated 1 Bedroom and 1 Bath condo is located next to the pool. The Complex has a pool, large sundeck, community room, and located across the street from beach. Pier Park is a stone's throw away! This unit is priced to sell....don't miss it!


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Learn to build responsive websites with Foundation—the clean, simple design framework that uses integrated CSS and JavaScript.
Introduces this web design framework and provides a quick overview of all of the goodies in Foundation.
"Your service has educated me so much that I've taken my web design business to a level I never thought I would get to. I learned Photoshop, Flash, InDesign, and Illustrator. With your help I can provide a service in my area that no one else can match." —Ernesto O.
more from our members »


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My Favorite Patterns View All (1)
Mondrian Dress 07/2012 #101
Produced by Company
- Size
- 36, 38, 40, 42, 44
- Difficult
- Intermediate
- Rating
- $5.99
- Get it
Produced by Company
See all the exciting courses (including some new!) starting in August!
Editors' Pick
This new collection is filled with classic, sleek and the most colorful silhouettes!
All the entries are in and voting is now open!
Pattern of the Week
The wrapped front on these shorts is so trendy for summer!
Check out our latest BurdaEasy pattern the Pleated Wrap Skirt with 3 variations included!
Get the BurdaEasy Skirt pattern...
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text:
DYMO LabelMANAGER 500TS - Labelmaker - monochrome - Roll (1 in) - 300 dpi - USBItem#: YYD1-1790417 | Model#: 1790417
Currently Out Of Stock!
You May Consider This Alternative
Additional Resources
DYMO LabelMANAGER 500TS - labelmaker - m Product Details
Printer Type: Labelmaker - monochrome
Built-in Devices: Character keyboard, touch screen, cutter
Connectivity Technology: Wired
Interface: USB
Max Resolution ( B&W ): 300 dpi
Fonts: 10 fonts
Styles & Effects: Underline
Features: 8 line printing
Display Resolution: 1 line x 14 characters
Auto Cutter: Yes
Keyboard: QWERTY
Fonts Included: Barcode
Media Handling
Media Type: Labels
Compatible Tapes: D1 tape
Max Media Size: Roll (1 in)
Max Media Size (Custom): 1 in
Media Sizes: Roll (0.23 in), Roll (0.75 in), Roll (0.51 in), Roll (1 in), Roll (0.375 in)
Media Feeder(s): 1 x manual load - 1 roll - Roll (1 in)
Expansion / Connectivity
Connections: 1 x USB
Cables Included: 1 x USB cable
Power Device: Power adapter - external
Type: Lithium ion
Required Qty: 1
Included: 1
Dimensions & Weight
Width: 6.5 in
Depth: 6.6 in
Height: 3.3 in
Additional Resources: Product Manuals
- DYMO LabelManager 500TS Labelmaker Data Sheet
- DYMO LabelManager 500TS Labelmaker Manual
- Technology Guide: Choosing The Right Printer
- Technology Guide: Print Media & Paper
- Technology Guide: Printer Cartridge Yields
- Technology Guide: Printer Safety
- Technology Ideas: How To Print CD/DVD Labels
- Technology Ideas: Personal Printing Projects
- Technology Introduction: Wireless Printers for the Home and Small Office
Manufactured by: Sanford
Warranty provided by: Sanford
Mfg Part No: 1790417
UPC No: 071701059376
Box Size: ( Length:13, Width:10, Depth:5)
Shipping Weight: 3.6000 pound(s)
Click here for full warranty and support information
- Limited Warranty: A full text version of the limited warranty
may be obtained by mailing a self addressed, stamped envelope to the
address below and requesting the warranty for item number: YYD1-1790417
Warranty Information
7795 W. Flagler St. Suite 35
Miami, FL. 33144
- Sanford logos are registered trademarks of Sanford. All others trademarks and copyrights mentioned herein are the property of their respective owners.


text:
Healthy Saint Paul is YOUR wellness program.
It was established in 2010 with the mission of supporting the physical and mental health of all City of Saint Paul employees. We all know that without our health, nothing else is important. We, at Healthy Saint Paul, feel the same way and want to do what we can to support you in achieving and maintaining good health so you can live the life you want.
Under the "Promotions" tab at the top, you will find the current promotions we are offering. Did you know that there is a subsidy available for enrolling in a weight loss program? In addition, we provide Yoga, Pilates and Zumba classes free to employees. We also have opportunities for you to win great prizes for participating in various healthy activities throughout the year.
By choosing to participate in the Healthy Saint Paul Well-Being Program you can earn a substantial deposit into your VEBA account. This money can be used for medical expenses like co-pays, deductibles and prescriptions. The new program begins September 1, 2014 and runs through July 31, 2015. By participating, you can find out how healthy you are – or how healthy you could be! All the details of the program can be found by clicking the tabs on the left side of this page.
On this website you will find valuable links and information. Come back often to read up on health topics important to you, get details on the Well-Being Program, check your VEBA balance, read a co-worker's story or find a fun activity happening in Saint Paul.
Mayor Coleman has set a goal to make the City of Saint Paul "the most livable city in America." We are excited to play a part in reaching that goal!


text:
Migrating FeedBurner to Google Accounts hasn't been a smooth process and the new FeedBurner doesn't look very promising. Last month, Google officially launched AdSense for Feeds and asked those who want to join the program to "burn" their feeds using FeedBurner. If you were already using FeedBurner, Google provided an email address where you could contact a Google employee to manually migrate your account (since then, the email address has been replaced by a form).
After a day or two, FeedBurner's new home at feedburner.google.com finally allowed you to log in. Some people found that the number of subscribers dropped to 0, but the most visible changes were the features which have been removed. The Googlified FeedBurner no longer includes web stats probably because of the overlap with Google Analytics, the feed stats history isn't available and you can no longer manage the list of email subscribers.
Another strange issue is that Google Blog Search stopped indexing this blog and many other blogs after migrating to the new FeedBurner. There are many other bugs related to this transition, but FeedBurner failed to acknowledge them.
Update. In about 2 weeks, Google has addressed some of the issues:
* Blog Search indexes feeds
* you can manage the list of email subscribers (there's even a new option to filter that list)
September 7, 2008
The Troubles with Google FeedBurner
This blog is not affiliated with Google.


text:
In the Blawg Directory:
Explore the ABA Journal:
"A resource on legal, legislative and industry developments impacting government contractors working in key industry sectors such as aerospace and defense, electronics, communications, information technology, technical services, finance, infrastructure, construction, health care, biodefense, and life sciences."
Author: Elizabeth A. Ferrell, Frederic M. Levy and Jason M. Silverman are partners at McKenna Long & Aldridge in Washington, D.C.; Michael R. Rizzo and Kevin J. Slattum are partners in Los Angeles; Robert E. Tritt is a partner in Atlanta; Stephen M. Sorett is senior counsel in Washington, D.C.; Mary E. Buxton is an associate in Los Angeles; and Justin M. Ganderson is an associate in Atlanta.
Related Categories: States | Contracts | Government Law | District of Columbia | Law Firm | Associate | Partner


text:
ALBUQUERQUE, N.M. -- November football is here, and the University of New Mexico football team has some key Mountain West matchups coming up, beginning with Saturday in San Diego against San Diego State and former Lobo coach Rocky Long.
Find out what the Lobos have in store for Rocky and what the Lobos expect Rocky to have in store for them as current UNM coach Bob Davie break down the matchup tonight on Lobo Talk.
Come over to Chama River Brewing Co. for Lobo Talk tonight from 7-9 p.m., and broadcast live on 770 KKOB-AM.
Coach Davie will talk live with the sensational new voice of the Lobos, play-by-play announcer Robert Portnoy, from 7-8 p.m., You can also meet a couple of prominent Lobo football players, who will be on the show's second hour from 8-9 p.m.
Coach Davie would love to hear from you, so head over to Chama River Brewing Co. at 4939 Pan American Freeway to submit a question in person. If you can't make it out, you can also call in with your question at 866-350-4309, toll free.
Help Coach Davie and the Lobo football team finish with a flourish by showing your support for the program!


text:
Nickel Magazine. Where you want it, when you want it.
In December 2014, Eurometaux has in released its new publication: Metals for an Industrial Renaissance: Eurometaux's Call for Action to EU Policy Makers.
Find out more at www.callforaction.eu.
Our team of technical experts are on hand to answer your questions about nickel and its applications.
Nickel-containing architectural stainless steels are consistently among the most environmentally friendly metals commonly used in construction. Stainless steel's low maintenance costs and durability make it a sustainable choice in many architectural applications.
As Sustainability is about much more than just the environment, the new animation and brochure show how Stainless Steel contributes to a sustainable world in areas ranging from transport, healthcare, water provisions and food.
August 2015
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