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                    <title>UC San Diego Jacobs School of Engineering, Graduate Student Video</title> 
                  
                  <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe"/>
                  <link href="http://feeds.ucsd.edu/jacobs/atom-media-grad.xml" rel="self" type="application/rss+xml"/>                          
                  <id>http://www.jacobsschool.ucsd.edu/</id>
                  <author>
                    <name>Jacobs School Communications</name>
                    <email>news@soe.ucsd.edu</email>
                  </author>
                  
                    <category term="Technology"/>
                    <category term="Tech News"/>
                    <category term="Science"/>
                    <category term="Engineering"/>
                    <category term="Graduate Student"/>              
                  
                  <category term="Education"/> 
                  <category term="Education Technology"/>
                  <category term="Higher Education"/> 
                  <rights>Copyright 2009, Regents of the University of California.</rights>
                  <updated>2009-11-02T13:23:36-08:00</updated>
    
                
                
                        <entry>
                      
                        <title>Grad Students Aid San Diego Win $154M in solar install bonds</title>
                      
                        <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=50&amp;listID=14"/>
                        <id>http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=50&amp;listID=14</id>
                        <updated>2009-11-02T13:23:27-08:00</updated>
                        <published>2009-11-02T13:23:27-08:00</published> 
                        <author>
                          <email>dbkane@soe.ucsd.edu</email> 
                          <name>Daniel Kane</name>
                        </author> 
                        <summary>Under the guidance of environmental engineering professor Jan Kleissl, a group of Jacobs School graduate students, including Michael Gollner and Karl Olney helped schools and other San Diego public institutions win more than $154 M in bonds for installing rooftop solar. The San Diego Union Tribune's Onell Soto covered this story. Reach Soto's story here:http://www3.signonsandiego.com/stories/2009/oct/30/county-wins-big-share-solar-funds/?business&amp;zIndex=191768</summary>
                        
                          <category term="Technology"/>
                          <category term="Tech News"/>
                          <category term="Science"/>
                          <category term="Engineering"/> 
                          <category term="Mechanical and Aerospace Engineering"/>              
                        
                        <category term="Education"/> 
                        <category term="Education Technology"/>
                        <category term="Higher Education"/>
                        <rights>Copyright 2009, Regents of the University of California.</rights>  
                      

                        <media:content url="http://media-downloads.ucsd.edu:8080/jacobs/2009/11/Kleissl_solar_bond_audio4.mp4" fileSize="14438378" type="video/mp4" medium="video" expression="full" height="270" width="480" lang="en"/>   
                        <media:title type="plain">Grad Students Aid San Diego Win $154M in solar install bonds</media:title>
                        <media:description type="plain">Under the guidance of environmental engineering professor Jan Kleissl, a group of Jacobs School graduate students, including Michael Gollner and Karl Olney helped schools and other San Diego public institutions win more than $154 M in bonds for installing rooftop solar. The San Diego Union Tribune's Onell Soto covered this story. Reach Soto's story here:http://www3.signonsandiego.com/stories/2009/oct/30/county-wins-big-share-solar-funds/?business&amp;zIndex=191768</media:description>
                        <media:keywords>UC, San, Diego, UCSD, Jacobs, School, Solar, PV, Install, Sustainable</media:keywords> 
                        <media:thumbnail url="http://www.jacobsschool.ucsd.edu/uploads/video/jsoe/2009/75_811group1.jpg" width="75"/>
                        <media:player url="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=50&amp;listID=14"/>
                        <media:credit role="producer" scheme="urn:ebu">Jacobs School Communications</media:credit>
                        <media:copyright url="http://www.ucsd.edu">
                          Copyright 2009, Regents of the University of California.
                        </media:copyright>              
                      
                      </entry>
                    
                        <entry>
                      
                        <title>New Music Search Engine</title>
                      
                        <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=49&amp;listID=14"/>
                        <id>http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=49&amp;listID=14</id>
                        <updated>2009-10-27T10:52:45-08:00</updated>
                        <published>2009-10-27T10:29:08-08:00</published> 
                        <author>
                          <email>dbkane@soe.ucsd.edu</email> 
                          <name>Daniel Kane</name>
                        </author> 
                        <summary>Electrical engineers at UC San Diego have created a new kind of music search engine that actually listens to music. This approach could help bands like Juna and S03 (both from UC San Diego) to find new fans.</summary>
                        
                          <category term="Technology"/>
                          <category term="Tech News"/>
                          <category term="Science"/>
                          <category term="Engineering"/> 
                          <category term="Mechanical and Aerospace Engineering"/>              
                        
                        <category term="Education"/> 
                        <category term="Education Technology"/>
                        <category term="Higher Education"/>
                        <rights>Copyright 2009, Regents of the University of California.</rights>  
                      

                        <media:content url="http://media-downloads.ucsd.edu:8080/jacobs/2009/10/HerdIt_final2_audio_22.mp4" fileSize="16185360" type="video/mp4" medium="video" expression="full" height="270" width="480" lang="en"/>   
                        <media:title type="plain">New Music Search Engine</media:title>
                        <media:description type="plain">Electrical engineers at UC San Diego have created a new kind of music search engine that actually listens to music. This approach could help bands like Juna and S03 (both from UC San Diego) to find new fans.</media:description>
                        <media:keywords>music, search, engine, Google, for, music, machine, learning, artificial, intelligence, electrical, engineering, Facebook</media:keywords> 
                        <media:thumbnail url="http://www.jacobsschool.ucsd.edu/uploads/video/jsoe/2009/75_589herditscreena2.jpg" width="75"/>
                        <media:player url="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=49&amp;listID=14"/>
                        <media:credit role="producer" scheme="urn:ebu">Jacobs School Communications</media:credit>
                        <media:copyright url="http://www.ucsd.edu">
                          Copyright 2009, Regents of the University of California.
                        </media:copyright>              
                      
                      </entry>
                    
                        <entry>
                      
                        <title>Get on Facebook and help Luke Barrington earn his electrical</title>
                      
                        <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=47&amp;listID=14"/>
                        <id>http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=47&amp;listID=14</id>
                        <updated>2009-10-02T10:04:32-08:00</updated>
                        <published>2009-10-02T10:00:42-08:00</published> 
                        <author>
                          <email>dbkane@soe.ucsd.edu</email> 
                          <name>Daniel Kane</name>
                        </author> 
                        <summary>Luke Barrington needs you to play his music discovery game on Facebook. If you play it, he'll collect the data he needs to write his Ph.D. dissertation in electrical engineering.</summary>
                        
                          <category term="Technology"/>
                          <category term="Tech News"/>
                          <category term="Science"/>
                          <category term="Engineering"/> 
                          <category term="Mechanical and Aerospace Engineering"/>              
                        
                        <category term="Education"/> 
                        <category term="Education Technology"/>
                        <category term="Higher Education"/>
                        <rights>Copyright 2009, Regents of the University of California.</rights>  
                      

                        <media:content url="http://media-downloads.ucsd.edu:8080/jacobs/2009/10/barrington_HerdIt_finishPhD_short.mp4" fileSize="1170748" type="video/mp4" medium="video" expression="full" height="270" width="480" lang="en"/>   
                        <media:title type="plain">Get on Facebook and help Luke Barrington earn his electrical</media:title>
                        <media:description type="plain">Luke Barrington needs you to play his music discovery game on Facebook. If you play it, he'll collect the data he needs to write his Ph.D. dissertation in electrical engineering.</media:description>
                        <media:keywords>Herd, It, Facebook, game, crowdsourding</media:keywords> 
                        <media:thumbnail url="http://www.jacobsschool.ucsd.edu/uploads/video/jsoe/2009/75_155HerdItonFacebook2.jpg" width="75"/>
                        <media:player url="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=47&amp;listID=14"/>
                        <media:credit role="producer" scheme="urn:ebu">Jacobs School Communications</media:credit>
                        <media:copyright url="http://www.ucsd.edu">
                          Copyright 2009, Regents of the University of California.
                        </media:copyright>              
                      
                      </entry>
                    
                        <entry>
                      
                        <title>Play games and help a Ph.D. student finish his dissertation.</title>
                      
                        <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=46&amp;listID=14"/>
                        <id>http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=46&amp;listID=14</id>
                        <updated>2009-10-02T09:15:28-08:00</updated>
                        <published>2009-10-01T11:47:10-08:00</published> 
                        <author>
                          <email>dbkane@soe.ucsd.edu</email> 
                          <name>Daniel Kane</name>
                        </author> 
                        <summary>Electrical Engineering Ph.D. candidate Luke Barrington needs you to play his Facebook music discovery game so he can collect the data he needs to finish his dissertation. Herdit.org is the URL. Or search for HerdIt within Facebook.</summary>
                        
                          <category term="Technology"/>
                          <category term="Tech News"/>
                          <category term="Science"/>
                          <category term="Engineering"/> 
                          <category term="Mechanical and Aerospace Engineering"/>              
                        
                        <category term="Education"/> 
                        <category term="Education Technology"/>
                        <category term="Higher Education"/>
                        <rights>Copyright 2009, Regents of the University of California.</rights>  
                      

                        <media:content url="http://media-downloads.ucsd.edu:8080/jacobs/2009/10/barrington_HerdIt_finishPhD.mp4" fileSize="8022082" type="video/mp4" medium="video" expression="full" height="270" width="480" lang="en"/>   
                        <media:title type="plain">Play games and help a Ph.D. student finish his dissertation.</media:title>
                        <media:description type="plain">Electrical Engineering Ph.D. candidate Luke Barrington needs you to play his Facebook music discovery game so he can collect the data he needs to finish his dissertation. Herdit.org is the URL. Or search for HerdIt within Facebook.</media:description>
                        <media:keywords>Electrical, engineering, Facebook, Herdit, croudsourcing, music, music, search, engine</media:keywords> 
                        <media:thumbnail url="http://www.jacobsschool.ucsd.edu/uploads/video/jsoe/2009/75_874HerdItonFacebook5.jpg" width="75"/>
                        <media:player url="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=46&amp;listID=14"/>
                        <media:credit role="producer" scheme="urn:ebu">Jacobs School Communications</media:credit>
                        <media:copyright url="http://www.ucsd.edu">
                          Copyright 2009, Regents of the University of California.
                        </media:copyright>              
                      
                      </entry>
                    
                        <entry>
                      
                        <title>Retaining Wall Shake</title>
                      
                        <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=45&amp;listID=14"/>
                        <id>http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=45&amp;listID=14</id>
                        <updated>2009-09-30T10:58:51-08:00</updated>
                        <published>2009-09-30T10:56:51-08:00</published> 
                        <author>
                          <email>asiedsma@soe.ucsd.edu</email> 
                          <name>Andrea Siedsma</name>
                        </author> 
                        <summary>Researchers will subject a retaining wall to a series of strong simulated earthquakes at the UC San Diego Englekirk Structural Engineering Center on Friday, Oct. 2, 2009.  The results of this project, funded by Caltrans, are expected to improve the existing guidelines for seismic design of retaining walls.</summary>
                        
                          <category term="Technology"/>
                          <category term="Tech News"/>
                          <category term="Science"/>
                          <category term="Engineering"/> 
                          <category term="Mechanical and Aerospace Engineering"/>              
                        
                        <category term="Education"/> 
                        <category term="Education Technology"/>
                        <category term="Higher Education"/>
                        <rights>Copyright 2009, Regents of the University of California.</rights>  
                      

                        <media:content url="http://media-downloads.ucsd.edu:8080/jacobs/2009/09/shaketease2.mp4" fileSize="1437908" type="video/mp4" medium="video" expression="full" height="270" width="480" lang="en"/>   
                        <media:title type="plain">Retaining Wall Shake</media:title>
                        <media:description type="plain">Researchers will subject a retaining wall to a series of strong simulated earthquakes at the UC San Diego Englekirk Structural Engineering Center on Friday, Oct. 2, 2009.  The results of this project, funded by Caltrans, are expected to improve the existing guidelines for seismic design of retaining walls.</media:description>
                        <media:keywords>earthquake, tests, retaining, walls</media:keywords> 
                        <media:thumbnail url="http://www.jacobsschool.ucsd.edu" width="75"/>
                        <media:player url="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=45&amp;listID=14"/>
                        <media:credit role="producer" scheme="urn:ebu">Jacobs School Communications</media:credit>
                        <media:copyright url="http://www.ucsd.edu">
                          Copyright 2009, Regents of the University of California.
                        </media:copyright>              
                      
                      </entry>
                    
                        <entry>
                      
                        <title>UCSD Engineers Shake Historic Building</title>
                      
                        <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=42&amp;listID=14"/>
                        <id>http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=42&amp;listID=14</id>
                        <updated>2009-08-25T11:11:57-08:00</updated>
                        <published>2009-08-25T11:11:57-08:00</published> 
                        <author>
                          <email>asiedsma@soe.ucsd.edu</email> 
                          <name>Andrea Siedsma</name>
                        </author> 
                        <summary>As part of the  $1.24 million research project sponsored by the National Science Foundation under the Network for Earthquake Engineering Simulation (NEES) program, a three-story, masonry-infilled, reinforced concrete frame representing structures built in California in the 1920s was tested at the NEES -UCSD Englekirk Structural Engineering Center, home of the world's largest outdoor shake table. The</summary>
                        
                          <category term="Technology"/>
                          <category term="Tech News"/>
                          <category term="Science"/>
                          <category term="Engineering"/> 
                          <category term="Mechanical and Aerospace Engineering"/>              
                        
                        <category term="Education"/> 
                        <category term="Education Technology"/>
                        <category term="Higher Education"/>
                        <rights>Copyright 2009, Regents of the University of California.</rights>  
                      

                        <media:content url="http://media-downloads.ucsd.edu:8080/jacobs/2009/08/08Andreas_Shing_ShakeTest.mp4" fileSize="13359138" type="video/mp4" medium="video" expression="full" height="270" width="480" lang="en"/>   
                        <media:title type="plain">UCSD Engineers Shake Historic Building</media:title>
                        <media:description type="plain">As part of the  $1.24 million research project sponsored by the National Science Foundation under the Network for Earthquake Engineering Simulation (NEES) program, a three-story, masonry-infilled, reinforced concrete frame representing structures built in California in the 1920s was tested at the NEES -UCSD Englekirk Structural Engineering Center, home of the world's largest outdoor shake table. The</media:description>
                        <media:keywords>earthquake, engineering, masonry, industry, earthquakes</media:keywords> 
                        <media:thumbnail url="http://www.jacobsschool.ucsd.edu" width="75"/>
                        <media:player url="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=42&amp;listID=14"/>
                        <media:credit role="producer" scheme="urn:ebu">Jacobs School Communications</media:credit>
                        <media:copyright url="http://www.ucsd.edu">
                          Copyright 2009, Regents of the University of California.
                        </media:copyright>              
                      
                      </entry>
                    
                        <entry>
                      
                        <title>Computer Scientists Take Over Electronic Voting Machine with</title>
                      
                        <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=41&amp;listID=14"/>
                        <id>http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=41&amp;listID=14</id>
                        <updated>2009-08-12T13:43:05-08:00</updated>
                        <published>2009-08-10T08:19:09-08:00</published> 
                        <author>
                          <email>dbkane@soe.ucsd.edu</email> 
                          <name>Daniel Kane</name>
                        </author> 
                        <summary>Computer scientists demonstrated that criminals could hack an electronic voting machine and steal votes using a malicious programming approach that had not been invented when the voting machine was designed. The team of scientists from University of California, San Diego and the University of Michigan, and Princeton University employed "return-oriented programming" to force a Sequoia AVC Advantage electronic voting machine to turn against itself and steal votes.</summary>
                        
                          <category term="Technology"/>
                          <category term="Tech News"/>
                          <category term="Science"/>
                          <category term="Engineering"/> 
                          <category term="Mechanical and Aerospace Engineering"/>              
                        
                        <category term="Education"/> 
                        <category term="Education Technology"/>
                        <category term="Higher Education"/>
                        <rights>Copyright 2009, Regents of the University of California.</rights>  
                      

                        <media:content url="http://media-downloads.ucsd.edu:8080/jacobs/2009/08/avc-rop-JSOE1.mp4" fileSize="60937702" type="video/mp4" medium="video" expression="full" height="270" width="480" lang="en"/>   
                        <media:title type="plain">Computer Scientists Take Over Electronic Voting Machine with</media:title>
                        <media:description type="plain">Computer scientists demonstrated that criminals could hack an electronic voting machine and steal votes using a malicious programming approach that had not been invented when the voting machine was designed. The team of scientists from University of California, San Diego and the University of Michigan, and Princeton University employed "return-oriented programming" to force a Sequoia AVC Advantage electronic voting machine to turn against itself and steal votes.</media:description>
                        <media:keywords>computer, security, UC, San, Diego, voting, security</media:keywords> 
                        <media:thumbnail url="http://www.jacobsschool.ucsd.edu/uploads/video/jsoe/2009/75_198Shacham_Checkoway_looking_3.jpg" width="75"/>
                        <media:player url="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=41&amp;listID=14"/>
                        <media:credit role="producer" scheme="urn:ebu">Jacobs School Communications</media:credit>
                        <media:copyright url="http://www.ucsd.edu">
                          Copyright 2009, Regents of the University of California.
                        </media:copyright>              
                      
                      </entry>
                    
                        <entry>
                      
                        <title>Hovav Shacham Describes an Electronic Voting Vulnerability</title>
                      
                        <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=40&amp;listID=14"/>
                        <id>http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=40&amp;listID=14</id>
                        <updated>2009-08-10T14:59:48-08:00</updated>
                        <published>2009-07-31T17:55:52-08:00</published> 
                        <author>
                          <email>dbkane@soe.ucsd.edu</email> 
                          <name>Daniel Kane</name>
                        </author> 
                        <summary>Computer scientists demonstrated that criminals could hack an electronic voting machine and steal votes using a malicious programming approach that had not been invented when the voting machine was designed. The team of scientists from University of California, San Diego, the University of Michigan, and Princeton University employed "return-oriented programming" to force a Sequoia AVC Advantage electronic voting machine to turn against itself and steal votes.</summary>
                        
                          <category term="Technology"/>
                          <category term="Tech News"/>
                          <category term="Science"/>
                          <category term="Engineering"/> 
                          <category term="Mechanical and Aerospace Engineering"/>              
                        
                        <category term="Education"/> 
                        <category term="Education Technology"/>
                        <category term="Higher Education"/>
                        <rights>Copyright 2009, Regents of the University of California.</rights>  
                      

                        <media:content url="http://media-downloads.ucsd.edu:8080/jacobs/2009/08/shacham_to_export_2.mp4" fileSize="24112664" type="video/mp4" medium="video" expression="full" height="270" width="480" lang="en"/>   
                        <media:title type="plain">Hovav Shacham Describes an Electronic Voting Vulnerability</media:title>
                        <media:description type="plain">Computer scientists demonstrated that criminals could hack an electronic voting machine and steal votes using a malicious programming approach that had not been invented when the voting machine was designed. The team of scientists from University of California, San Diego, the University of Michigan, and Princeton University employed "return-oriented programming" to force a Sequoia AVC Advantage electronic voting machine to turn against itself and steal votes.</media:description>
                        <media:keywords>voting, security, election, security, computer, science, return-oriented, programming</media:keywords> 
                        <media:thumbnail url="http://www.jacobsschool.ucsd.edu/uploads/video/jsoe/2009/75_288IMG_7477.JPG" width="75"/>
                        <media:player url="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=40&amp;listID=14"/>
                        <media:credit role="producer" scheme="urn:ebu">Jacobs School Communications</media:credit>
                        <media:copyright url="http://www.ucsd.edu">
                          Copyright 2009, Regents of the University of California.
                        </media:copyright>              
                      
                      </entry>
                    
                        <entry>
                      
                        <title>Junkyard Derby 2009</title>
                      
                        <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=32&amp;listID=14"/>
                        <id>http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=32&amp;listID=14</id>
                        <updated>2009-06-10T12:44:34-08:00</updated>
                        <published>2009-05-12T13:05:23-08:00</published> 
                        <author>
                          <email>dbkane@soe.ucsd.edu</email> 
                          <name>Daniel Kane</name>
                        </author> 
                        <summary>From old bicycle parts to gold mannequin busts and cardboard pizza boxes, UC San Diego students put their skills to the test during the annual Junkyard Derby. The sixth annual Junkyard Derby, held May 8, drew 44 teams who designed, built and then raced cars made of junk.</summary>
                        
                          <category term="Technology"/>
                          <category term="Tech News"/>
                          <category term="Science"/>
                          <category term="Engineering"/> 
                          <category term="Mechanical and Aerospace Engineering"/>              
                        
                        <category term="Education"/> 
                        <category term="Education Technology"/>
                        <category term="Higher Education"/>
                        <rights>Copyright 2009, Regents of the University of California.</rights>  
                      

                        <media:content url="http://media-downloads.ucsd.edu:8080/jacobs/2009/05/junkyard derby 2009 final audio8.mp4" fileSize="15982180" type="video/mp4" medium="video" expression="full" height="270" width="480" lang="en"/>   
                        <media:title type="plain">Junkyard Derby 2009</media:title>
                        <media:description type="plain">From old bicycle parts to gold mannequin busts and cardboard pizza boxes, UC San Diego students put their skills to the test during the annual Junkyard Derby. The sixth annual Junkyard Derby, held May 8, drew 44 teams who designed, built and then raced cars made of junk.</media:description>
                        <media:keywords>undergraduates, jacobs, school, UC, San, Diego, UCSD, student, event, buidling, cars, from, junk</media:keywords> 
                        <media:thumbnail url="http://www.jacobsschool.ucsd.edu/uploads/video/jsoe/2009/75_712winningdriver_mr.jpg" width="75"/>
                        <media:player url="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=32&amp;listID=14"/>
                        <media:credit role="producer" scheme="urn:ebu">Jacobs School Communications</media:credit>
                        <media:copyright url="http://www.ucsd.edu">
                          Copyright 2009, Regents of the University of California.
                        </media:copyright>              
                      
                      </entry>
                    
                        <entry>
                      
                        <title>Facebook Game Helps Engineers Build New Music Search Engine</title>
                      
                        <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=28&amp;listID=14"/>
                        <id>http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=28&amp;listID=14</id>
                        <updated>2009-04-14T17:01:50-08:00</updated>
                        <published>2009-04-14T16:33:15-08:00</published> 
                        <author>
                          <email>dbkane@soe.ucsd.edu</email> 
                          <name>Daniel Kane</name>
                        </author> 
                        <summary>UC San Diego engineers launched a new music game on Facebook in order to build a new kind of search engine for music.</summary>
                        
                          <category term="Technology"/>
                          <category term="Tech News"/>
                          <category term="Science"/>
                          <category term="Engineering"/> 
                          <category term="Mechanical and Aerospace Engineering"/>              
                        
                        <category term="Education"/> 
                        <category term="Education Technology"/>
                        <category term="Higher Education"/>
                        <rights>Copyright 2009, Regents of the University of California.</rights>  
                      

                        <media:content url="http://media-downloads.ucsd.edu:8080/jacobs/2009/04/facebook april 2009 launch 4.mp4" fileSize="12547439" type="video/mp4" medium="video" expression="full" height="270" width="480" lang="en"/>   
                        <media:title type="plain">Facebook Game Helps Engineers Build New Music Search Engine</media:title>
                        <media:description type="plain">UC San Diego engineers launched a new music game on Facebook in order to build a new kind of search engine for music.</media:description>
                        <media:keywords>facebook, music, search, google, for, music, sound, effects, new, music, music, discovery, UCSD, San, Diego, Music</media:keywords> 
                        <media:thumbnail url="http://www.jacobsschool.ucsd.edu/uploads/video/jsoe/2009/75_217herd_it-logo_lg.gif" width="75"/>
                        <media:player url="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=28&amp;listID=14"/>
                        <media:credit role="producer" scheme="urn:ebu">Jacobs School Communications</media:credit>
                        <media:copyright url="http://www.ucsd.edu">
                          Copyright 2009, Regents of the University of California.
                        </media:copyright>              
                      
                      </entry>
                    
                        <entry>
                      
                        <title>Research Expo 2009 Highlights</title>
                      
                        <link rel="alternate" href="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=11&amp;listID=14"/>
                        <id>http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=11&amp;listID=14</id>
                        <updated>2009-06-11T09:09:22-08:00</updated>
                        <published>2009-02-25T15:14:01-08:00</published> 
                        <author>
                          <email>dbkane@soe.ucsd.edu</email> 
                          <name>Daniel Kane</name>
                        </author> 
                        <summary>From novel nanoengineering approaches to space robots, green computing, weather prediction technology and structural health monitoring, engineering students at the University of California, San Diego strutted their stuff during the Jacobs School of Engineering Research Expo 2009.  The annual event, held on Feb. 19, attracted more than 500 people, including 240 graduate students who presented their research during a highly attended poster session.</summary>
                        
                          <category term="Technology"/>
                          <category term="Tech News"/>
                          <category term="Science"/>
                          <category term="Engineering"/> 
                          <category term="Mechanical and Aerospace Engineering"/>              
                        
                        <category term="Education"/> 
                        <category term="Education Technology"/>
                        <category term="Higher Education"/>
                        <rights>Copyright 2009, Regents of the University of California.</rights>  
                      

                        <media:content url="http://media-downloads.ucsd.edu:8080/jacobs/2009/02/expo09.mp4" fileSize="11686588" type="video/mp4" medium="video" expression="full" height="270" width="480" lang="en"/>   
                        <media:title type="plain">Research Expo 2009 Highlights</media:title>
                        <media:description type="plain">From novel nanoengineering approaches to space robots, green computing, weather prediction technology and structural health monitoring, engineering students at the University of California, San Diego strutted their stuff during the Jacobs School of Engineering Research Expo 2009.  The annual event, held on Feb. 19, attracted more than 500 people, including 240 graduate students who presented their research during a highly attended poster session.</media:description>
                        <media:keywords>Research, Expo, 2009, graduate, student</media:keywords> 
                        <media:thumbnail url="http://www.jacobsschool.ucsd.edu/uploads/video/jsoe/2009/75_928re09.jpg" width="75"/>
                        <media:player url="http://www.jacobsschool.ucsd.edu/news/news_video/play.sfe?id=11&amp;listID=14"/>
                        <media:credit role="producer" scheme="urn:ebu">Jacobs School Communications</media:credit>
                        <media:copyright url="http://www.ucsd.edu">
                          Copyright 2009, Regents of the University of California.
                        </media:copyright>              
                      
                      </entry>
                      
                </feed>
