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COSYNE 2010 7Th Computational and Systems Neuroscience Meeting

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COSYNE 2010 7th Computational and Systems Neuroscience Meeting Main Conference 25–28 February 2010 • Salt Lake City, Utah 1 Program Summary Thursday, 25 February 4:00 pm Registration opens 6:00 pm Welcome reception 7:20 pm Introductory Remarks 7:30 pm Keynote address: R. Clay Reid, Harvard Medical School 8:30 pm Poster Session I Friday, 26 February 7:30 am Breakfast 8:30 am Morning Session (break 10:00 – 10:30) 12:00 pm Lunch break (and last chance to see Session I posters) 2:00 pm Afternoon Session (break 3:15 – 3:45) 5:00 pm Dinner break 7:30 pm Poster Session II Saturday, 27 February 7:30 am Breakfast 8:30 am Special session honoring Horace Barlow’s legacy (break 10:00 – 10:30) 12:00 pm Lunch break (and last chance to see Session II posters) 2:00 pm Afternoon Session (break 3:15 – 3:45) 5:00 pm Dinner break 7:30 pm Poster Session III Sunday, 28 February 7:30 am Breakfast 8:30 am Morning Session (break 10:15 – 10:45) 12:00 pm Lunch break (hotel checkout, and last chance to see Session III posters) 2:00 pm Afternoon Session 4:00 pm Closing remarks COSYNE 10 i IN NEUROSCIENCE Editor-in-Chief: Idan Segev ACADEMIC PUBLISHING IN THE 21ST CENTURY Expert article review • Interactive peer-review • Democratic article tiering High quality publishing • Rapid online publishing • Open access articles WHY PUBLISH IN FRONTIERS? • Expert Editors (over 2,600 world class editors) • Instantaneous Abstract Publishing (be the first, claim your discovery date) • Efficient Peer-Review (first real-time peer-review in publishing) • Democratic Article Tiering (best articles selected by thousands of readers) • Fast Publication (around 3 months from submission to acceptance) • Massive Readership (over 225,000 neuroscience related readers) • Global Dissemination (over 160 countries) • Real-time Impact (online analysis of the impact of your article) • Archived Presence (in Pubmed, PsycINFO and Google Scholar) Over 2,000 authors already have a Frontiers article. Do you? FRONTIERS IN FRONTIERS IN FRONTIERS IN NEUROENERGETICS FRONTIERS IN AGING NEUROSCIENCE EVOLUTIONARY NEUROSCIENCE Pierre J. Magistretti NEUROPROSTHETICS Mark A. Smith and Gemma Casadesus Steven M. Platek FRONTIERS IN Niels Birbaumer and Eilon Vaadia FRONTIERS IN FRONTIERS IN HUMAN NEUROSCIENCE NEUROENGINEERING FRONTIERS IN BEHAVIORAL NEUROSCIENCE Robert T. Knight Laura Ballerini NEUROROBOTICS Carmen Sandi FRONTIERS IN FRONTIERS IN NEUROGENESIS Frederic Kaplan FRONTIERS IN INTEGRATIVE NEUROSCIENCE Angélique Bordey FRONTIERS IN CELLULAR NEUROSCIENCE Sidney A. Simon FRONTIERS IN NEUROGENOMICS NEUROSCIENCE METHODS Alexander Borst FRONTIERS IN Robert W. Williams M a r k H . E l l i s m a n FRONTIERS IN COMPUTATIONAL MOLECULAR NEUROSCIENCE FRONTIERS IN FRONTIERS IN NEUROSCIENCE Peter H. Seeburg NEUROINFORMATICS SYNAPTIC NEUROSCIENCE Misha Tsodyks FRONTIERS IN NEURAL CIRCUITS Jan G. Bjaalie Mary B. Kennedy FRONTIERS IN Rafael Yuste FRONTIERS IN FRONTIERS IN ENTERIC NEUROSCIENCE FRONTIERS IN NEUROANATOMY NEUROPHARMACOLOGY SYSTEMS NEUROSCIENCE Joël C. Bornstein Javier DeFelipe Nicholas M. Barnes Ranulfo Romo www.frontiersin.org Frontiers in Neuroscience • Scientific Park, PSE-A, PO Box 110 • 1015 Lausanne •Switzerland • Tel +41 (0)21 693 92 02 • Fax +41 (0)21 693 92 01 ii COSYNE 10 Great companies never stop moving forward Qualcomm is a world leader in providing mobile communications, computing and network solutions that are transforming the way we live, learn, work, and play. As a pioneering technology innovator, we are committed to continuous evolution and exploration. Our researchers and computational neuroscientists engage in a wide variety of exciting and technically challenging projects—including the application of biologically inspired learning machines to a new breed of intelligent devices. We help you work smarter, move faster and reach further. We see success in your future. In fact, we’re passionate about it. We are futurists. www.qualcomm.com COSYNE 10 iii AdPAck_Consumer_science.indd 1 1/28/10 5:10 PM National Bernstein Network Computational Neuroscience Germany The Bernstein Network is a large-scale research network focused on the field of Computational Neu- Research topics: roscience. Computational Neuroscience combines up-to-date experimental approaches with theoretical Basic science models and computer simulations. towards understanding the brain The German Federal Ministry of Education and • How does the brain process information? Research (BMBF) initiated this funding initiative in • Sensing and perceiving, attention 2004, with the aim of supporting and interconnecting • Control of movements and behavior scientific competence and promoting interdisciplinary • Pain teaching & training in Germany. • Development and reorganization of the brain • How do thoughts arise? Can we read thoughts? • Learning and memory Participating Institutions: • Computer simulations of the brain • Universities Applied Science • Max Planck Institutes Neurotechology for IT and health • Fraunhofer Institutes • Neurological diseases, BMI, prosthetics • Leibniz Institutes • Intelligent robots, new IT technologies 200 Research Groups 24 Locations What we offer: Bernstein Award Bernstein Collaboration Interdisciplinary training • In English Bernstein Group • No tuition Bernstein Center Open Positions Bernstein Focus: Neurotechnology • PhD students Bernstein Focus: Neuronal Basis • Postdocs of Learning • Junior Research Groups • Professorships Bernstein Coordination Site German INCF Node (G-Node) Industrial partners of the Bernstein Network: www.nncn.de Biomedizinische NMR Forschungs GmbH - Brain Products - certon systems - Cochlear - Daimler - Honda Research Insti- tute - Infineon Technologies - inomed - Leica Microsystems - L-1 Identity Solutions - Magnicon - MED-EL - Multi Channel Systems MCS- neuroConn - NIRx - nisys- Otto Bock Healthcare - Robert Bosch - Schunk - Telekom - Thomas RECORDING - VITRONIC. iv COSYNE 10 Innovative research at the interface between the life sciences and the physical sciences Browse our content at http://hfspj.aip.org Open Access for All Articles after 6 Months Immediate Open Access Available for Authors Online submissions and subscription info at http://hfspj.aip.org Brain Corporation is hiring 3 senior vision neuroscientists to join its theory group to develop a spiking model of the mammalian visual system. Email to [email protected] COSYNE 10 v MIT Press ad for COSYNE conference ad S10 - 188 - one page - 6 x 8 - 2010 The MIT Press VISIT OUR booth FOR A 30% discoUNT The Anatomy of Bias Brain Signal Analysis How Neural Circuits Weigh the Options Advances in Neuroelectric JAN LAUWEReyns and Neuromagnetic Methods “Jan Lauwereyns brings together concepts that EDITED BY TODD C. HANDY are generally treated as disparate, and traces Recent developments in the tools and techniques the historical evolution of their relation to one of data acquisition and analysis in cognitive another and to current research. The significance electrophysiology. of this contribution will be partly as a stimulus to 264 pp., 12 color illus., 56 b&w illus., $55 cloth new ideas, as well as its achievement in situating current ideas about decision firmly in their histori- cal intellectual milieu. Anatomy of Bias is the kind Learning and Inference in of book that will change people’s thinking—and Computational Systems Biology lives.” — R. H. S. Carpenter, Cambridge University EDITED BY NEIL D. LAWRENCE, MARK GIROLAMI, 288 pp., 32 illus., $30 cloth MAGNUS RAttRAY, AND GUIDO SANGUinetti Tools and techniques for biological inference A Hole in the Head problems at scales ranging from genome-wide to More Tales in the History of Neuroscience pathway-specific. Computational Molecular Biology series CHARLES G. GROSS 400 pp., 73 illus., $40 cloth “Charles Gross is a pioneering neuroscientist with a deep sense of history and a gift for lucid, vivid story-telling. His new book, A Hole in the Head Control Theory is enthralling, fast-paced, and as exciting as any and Systems Biology detective story.” — Oliver Sacks, author of The Man EDITED BY PABlo A. IGLESIAS Who Mistook His Wife for a Hat AND BRIAN P. INGALLS Visit our website to hear a podcast featuring this author “Historically, control theory has its roots in the 336 pp., 59 illus., $35 cloth analysis and understanding of physical and tech- nological systems. However, in recent times it has Computational Modeling revealed its wider potential as a tool for describing Methods for Neuroscientists the complex dynamical behavior of living things. This valuable book is therefore timely, since it EDITED BY ERIK DE SCHUtteR places control theory where it belongs—at the A guide to computational modeling methods heart of our search for the principles by which liv- in neuroscience, covering a range of modeling ing systems operate.” — Peter Wellstead, National scales from molecular reactions to large neural University of Ireland networks. 384 pp., 138 illus., $45 cloth Computational Neuroscience series 432 pp., 85 illus., $50 cloth Cognitive Biology Seeing Evolutionary and Developmental Perspectives on Mind, Brain, and Behavior The Computational Approach to Biological Vision EDITED BY LUCA TOMMASI, MARY A. PeteRSON, AND Lynn NADEL Second Edition “Modern progress in science depends critically on JOHN P. FRISBY AND JAMES V. Stone interdisciplinary endeavor, and psychology has “Seeing is not a new edition but a completely new had its share of alliances. 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