IBM Systems / MIT Press / Distribution Unlimited / Market Opportunities / Matching New Technologies / Composing Networks / Harvard Business School Press / Cognitive Computing Systems / /
Country
United States / Australia / Portugal / United Kingdom / / /
Event
Person Communication and Meetings / /
Facility
Berkeley’s Museum of Vertebrate Zoology / Building Block / /
IndustryTerm
semiconductor technology / message passing network / Parallel algorithms / transportation / smarter products / portable devices / rescue robot illustrating complex image processing / buildable systems / screen-based devices / possible systems / retail / conventional technologies / real-time applications / neural networks / large networks / neurosynaptic hardware / image processing capabilities / energy sources / signal processing / sequential algorithms / mobile and autonomous applications / hardware neural networks / vision processing / technological solutions / end use applications / energy / neurosynaptic technology / low-fidelity processing / technology differentiators / motor systems / neurosynaptic computing / improved imaging / software applications / hierarchical systems / et al. equivalent software simulator / neurosynaptic processing / technology / chip multi-processors / wave energy / event-driven processing / sensoractuator systems / conceptual tools / advertising setting / neurosynaptic systems / computing / portable home health diagnostic devices / multi-modal monitoring devices / wearable devices / perceptual search / compact systems / technology products / technology evolution / learning algorithms / end-use applications / /
Organization
New Foundation for Design / Taylor & Francis / MIT / U.S. Government / Harvard / /
Person
Benjamin Shaw / Jason Minyard / Paula Besterman / Rodrigo Alvarez-Icaza / Emmett McQuinn / M. Natal Jorge / Herbert Simon / Aaron Cox / Alexander Andreopoulos / Camillo Sassano / A. Medeiros / Andrew Cassidy / /
Position
versatile and efficient digital spiking neuron model / feed-forward / /