University of California Santa Cruz / University Animal Care / AGH University of Science / University Department / Indiana University / University of California / Villa et al. / /
IndustryTerm
gas exchange / even small networks / low energy / line using software / neural networks / pipe carrying gas / spike sorting software / energy / gas content / iterative scaling algorithm / high energy / retinal networks / /
Organization
Eli Lilly Foundation / Human Subjects Committee / National Science Foundation / AGH University of Science and Technology / 4Brown University / Indiana University / Bloomington / University of California / Santa Cruz / McKnight Foundation / Society for Neuroscience / Indiana University Animal Care and Use Committee / Indiana University Department of Physics / /
Person
Jonathon Shlens / Spike / Van Pelt / David Feldheim / Jon Hobbs / John M. Beggs / Ted Pella / /
Position
pediatric neurosurgeon / D.J. / Banker / representative / candidate for this task / /
Product
balanced salt / Kolmogorov / /
ProvinceOrState
Indiana / South Dakota / Rhode Island / California / /
The Journal of Neuroscience, January 9, 2008 • 28(2):505–518 • 505 Behavioral/Systems/Cognitive A Maximum Entropy Model Applied to Spatial and Temporal Correlations from Cortical Networks In Vitro