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froebe.net/blog
Jason L. Froebe - Tech tips and How Tos for Fellow Techies
Tips & Tricks for Databases (Sybase, Oracle, MySQL, PostgreSQL, SQLite), Windows, Linux, Solaris, Perl, Java, Bash and so much much more
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october17media.com/twitter/brenda-cadman
Welcome fellow Twitter Twits! | October 17 Media
October 17 Media is Vancouver's online marketing experts. We provide online marketing services including pay per click advertising campaign management, website analytics, e-marketing, social advertising, and search engine optimization and strategy
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pages.teamintraining.org/ncfl/rnr11/timweston
Stay Classy, San Diego - My TNT Fundraising Page
Visit TNTTell your friendsFind out how you can join TNTSign-in Stay Classy, San Diego - My TNT Fundraising Page And The Winner Is... Apr 20, 2011 by Timothy Weston The drawing for the nook color by Barnes & Noble was held following my team's long distance training on Saturday, April 9 and the winner was... fellow TNTer Deb West!Congratulations Deb and thanks very much to everyone who donated! This drawing raised over $600 for The Leukemia & Lymphoma Society!! 0 Comment
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nigelstorey.com/blog
Believe
Believe? Home About rss feed 2010 11.14 Unfamiliar Paintings Category: Uncategorized / Tag: Marcus May, unfamiliar paintings / Add Comment My friend Marcus directed a short film. Check it out: BET Videos Share and Enjoy :) 2010 05.13 Web 3.0 Video Category: Uncategorized / Tag: kate ray, semantic, semantic web, video, web 3.0 / 1 comment This video is from a fellow NYU student. So much stuff. That?s the general theme of
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strw.leidenuniv.nl/~gurkan
Atakan Gürkan's Web Page
Mehmet Atakan Gürkan NWO Veni Fellow Leiden Observatory Niels Bohrweg 2 2333 CA Leiden the Netherlands Mail: PO Box 9513, 2300 RA, Leiden Room: 553 (Oort Building) Tel: +31-71-527.5596 Fax: +31-71-527.5743 GSM: +31-630.92.33.84 Email: ato.gurkan@gmail.com Web: http://www.strw.leidenuniv.nl/~gurkan/ Links Keplerian systems: Calculating torques on Keplerian orbits, Making a Keplerian cluster, Solving Kepler's equation for arbitrary epoch and eccentricity (with V=1/r^2 perturbation). Continued