PDF-jason.d.campbell@intel.com, Carnegie Mellon University, The Robotics

Copyright. cmuedu Dean Pomerleau Intel Labs Pittsburgh PA 15213 deanapomerleauintelcom Geoffrey Hinton Computer Science Department University of Toronto Toronto Ontario M5S 3G4 Canada hintoncstorontoedu Tom M Mitchell Machine Learning Department Carnegie Mellon Efros Carnegie Mellon University Abstract This paper proposes a conceptually simple but surpris ingly powerful method which combines the effectiveness of a discriminative object detector with the explicit correspon dence offered by a nearestneighbor cmuedu Christos Faloutsos Carnegie Mellon University christoscscmuedu JiaYu Pan Carnegie Mellon University jypancscmuedu Abstract How closely related are two nodes in a graph How to compute this score quickly on huge diskresident real graphs Random w Efros Carnegie Mellon University Figure 1 In this paper we are interested in de64257ning visual similarity between images across different domains such as photos taken in different seasons paintings sketches etc What makes this challenging is that t ECT 1989 Carnegie Mellon University 89 10 10171 Appved for pus bc te Dtatzlbaton WUftitied brPage 2br Unclassified SECURITY CLASSIFICATION OF THIS PAGE REPORT DOCUMENTATION PAGE Ia JPOfT SECLINTY CLASSIFICATION lb RESTRICTIVE MARKINGS 2a SECURITY C cmuedu Adam Wierman Carnegie Mellon University Pittsburgh PA 15213 acwcscmuedu Mor HarcholBalter Carnegie Mellon University Pittsburgh PA 15213 harcholcscmuedu Abstract Workload generators may be classi64257ed as based on a closed system model where We present a general methodology for near optimal sensor placement in these and related problems We demonstrate that many realistic outbreak detection objectives eg de tection likelihood population a64256ected exhibit the prop erty of submodularity “end” of the Labyrinth. The robot must �rst begin at the starting point, and get to the goal In this challenge, 14 “mines” have been placed on the board. Two robots compete on the �eld at a time. Each robot’s task is to safely disarm and transport its set of m SQUAREBOT 4.0 Robotics Systems SQUAREBOT 4.0 BUILDING INSTRUCTIONS SQUAREBOT 4.0  SQUAREBOT 4.0 2011 Carnegie Mellon Robotics Academy / For use with VEX Robotics Systems SQUAREBOT 4.0 B Assembly and Bomb Lab. 15-213: Introduction to Computer Systems . Recitation 4, Sept. 17, 2012. Outline. Assembly. Basics. Operations. Bomblab. Tools. Demo. Carnegie Mellon. Registers. Program counter. Robotics Systems complex behavior for a certain period of time ) don’t let the robot execute commands during the waiting period, ClearTimer timer’s value is less than and starts the t YIBO CAO Email: | LinkedI n : https://www.linkedin.com/in/yibo - cao - 28b06817b/ Tel: 412 - 708 - 5295 | Personal Webpage: https://yibo - cao.github.io/ EDUCATION Carnegie Mellon University Pitts KeywordsdiametergraphhadoopSymbolDe2nitionGagraphnnumberofnodesinagraphmnumberofedgesinagraphddiameterofagraphBinputbitmasktoHADIRedgerelationoftheinputgraphpairsofnodesuv2GR0re3exiveclosureofR01hnumb