PPT-Stanford 11/10/11
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Modeling the electronic structure of semiconductor devices M Stopa Harvard University Thanks to Blanka MagyariKope Zhiyong Zhang and Roger Howe Introduction Selfconsistent
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Stanford 11/10/11: Transcript
Modeling the electronic structure of semiconductor devices M Stopa Harvard University Thanks to Blanka MagyariKope Zhiyong Zhang and Roger Howe Introduction Selfconsistent electronic structure for . stanfordedu Sergei Vassilvitskii Stanford University Stanford CA sergeicsstanfordedu ABSTRACT The kmeans method is an old but popular clustering algo rithm known for its observed speed and its simplicity Until recently however no meaningful theoretic stanfordedu tomasicsstanfordedu Abstract Proceedings of the 1998 IEEE International Conference on Computer Vision Bombay India An algorithm to detect depth discontinuities from a stereo pair of images is presented The algorithm matches individual pix b The rolling shutter used by sensors in these cameras also produces warping in the output frames we have exagerrated the effect for illustrative purposes c We use gyroscopes to measure the cameras rotations during video capture d We use the measure The key innovation is a representation of the data association posterior in information form in which the proxim ity of objects and tracks are expressed by numerical links Updating these links requires linear time compared to exponential time requir PieterAbbeelpabbeel@cs.stanford.eduMorganQuigleymquigley@cs.stanford.eduAndrewY.Ngang@cs.stanford.eduComputerScienceDepartment,StanfordUniversity,Stanford,CA94305,USAAbstractInthemodel-basedpolicysear 1. MW 11:00-12:15 in Beckman B302. Prof: Gill Bejerano. TAs: Jim . Notwell. & Harendra . Guturu. CS173. Lecture 7: Transcriptional activation I. http://cs173.stanford.edu [BejeranoWinter12/13]. *Correspondence:dbergmann@stanford.eduDepartmentofBiology,StanfordUniversity,Stanford,CA94305-5020,USAHowardHughesMedicalInstitute,Stanford,USAFulllistofauthorinformationisavailableattheendofthearticl 1. MW . 12:50-2:05pm . in Beckman B302. Profs: Serafim . Batzoglou. & Gill . Bejerano. TAs: . Harendra. . Guturu. & . Panos. . Achlioptas. CS273A. Lecture 8: . Transcription Regulation II. · 14 January 2008. Designing Interface Alternatives. with Parallel Exploration and Runtime Tuning. . bjoern@cs.stanford.edu. “The best way to have a good idea is to have lots of ideas. .”. 2. -Linus Pauling. 1. MW 11:00-12:15 in Beckman B302. Prof: Gill Bejerano. TAs: Jim . Notwell. & Harendra . Guturu. CS173. Lecture . 8: . Transcriptional regulation II. http://cs173.stanford.edu [BejeranoWinter12/13]. 1. MW 11:00-12:15 in Beckman B302. Prof: Gill Bejerano. TAs: Jim . Notwell. & Harendra . Guturu. CS173. Lecture 3: Protein coding genes. http://cs173.stanford.edu [BejeranoWinter12/13]. 2. Annonuncements. 1. MW . 12:50-2:05pm . in Beckman B302. Profs: Serafim . Batzoglou. & Gill . Bejerano. TAs: . Harendra. . Guturu. & . Panos. . Achlioptas. CS273A. Lecture 11: Comparative Genomics II. http://cs273a.stanford.edu [BejeranoFall13/14]. 1. MW . 1:30-2:50pm . in . Clark . S361*. (behind . Peet’s. ). Profs: Serafim . Batzoglou. & Gill . Bejerano. CAs. : . Karthik. . Jagadeesh. . & . Johannes . Birgmeier. * Handful of lectures/primers elsewhere: track on website/piazza. Healthcare systems engineering: theory and practice surf.stanford.edu Massachusetts General Hospital (MGH) Massachusetts Institute of Technology (MIT) Peter DunnBethany Daily Perioperative
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