CascadiaPrime Cognition

 Home    About    Blog    Future of Life Institute    Oxford FHI    Cambridge Center for Existential Risk   Machine Intelligence Research Institute     US Brain Project    EU Brain Project     China Brain Project  

 Blue Brain Project    EU Cognition Network   AAAI    CAIAC     Allen Institute for AI     AI for the Brain     AI 100     Center for Brains, Minds & Machines    Lifeboat     Long Now     PMD     AI International  

 
 


CascadiaPrime Cognition - Neuromorphic Computing


Neuromorphic computing is made possible by building "chips" that embody neural networks rather than simply emulating them with traditional Von Neumann chip architectures.

Neuromorphic chips will alter the economics of computing, the energy consumption of computing and the performance equations for computing.

It will find applications in cognitive computing, analog sensing, data conversion, analog and digital signal processing, programmable logic, and associative memory. Deep learning capabiities will be extended and driven closer the periphery of the internet in both mobile devices and the internet of things. Human machine interfaces will be deeply enhanced as neuromorphic computing is rolled out.

It is probable that neuromorphic chips and Von Neumann chips will work in tandem to use the strengths of each.

    
  IBM scientists emulate neurons with phase-change technology (August 3, 2016)
  
  The Institute of Neuromorphic Engineering (INE)
  
  Wikipedia - Neuromorphic Engineering
  
  The CapoCaccia Cognitive Neuromorphic Engineering Workshop Capo Caccia, Sardinia, Italy, (May 2014)
  
  Economist: Neuromorphic computing - The machine of a new soul
  
  Alex Nugent, Introduction to AHaH Computing (Neuromorphic) and self-organizing emergence (April 2015)
  
  Qualcomm’s Zeroth program
  
  HRL - Center for Neural and Emergent Systems (CNES)
  
  HRL - Efficiency Improvement in HD Neuromorphic Video Object Recognition
  
  Harvard Intelligent Probabilistic Systems Group
  
  Harvard School of Engineering (SEAS)
  
  IBM: Cognitive Computing: The SyNAPSE Project - Overview Promo video
  
  IBM Research Website: Cognitive Computing
  
  Cognitive Computing Programming Paradigm: A Corelet Language for Composing Networks of Neurosynaptic Cores
  
  Dharmendra S Modha's Cognitive Computing Blog
  
  Telluride Neuromorphic Cognition Engineering Workshop 2015
  
  Philosophy and Theory of Artificial Intelligence - IBM Watson Roadmap Forward
  
  Philosophy and Theory of Artificial Intelligence - IBM Watson Roadmap Forward
  
   Professor Gimzewski from UCLA describes how to build a brain using atomic switch networks (January 2015)
  
  James K. Gimzewski "Building a Brain" (October 2014)
  
  Cognitive Computing Commercialization
  
  The Neural Simulation Technology (NEST) Initiative
  
  The Human Brain Project SP 9: Neuromorphic Computing Platform - Overview
  
  Karlheinz Meier on Neuromorphic Computing (EU Human Brain Project) (February 2014)
  
  EU Human Brain Project: Neuromorphic Computing Platform
  
  University of Heidelberg Neuromorphic Hardware
  
  Stanford Neurogrid - Neuromorphic Computing
  
  Neuromorphic computing: bringing brain to bear
  
  IARPA - Microns Project -
  
  Cortical Computing Circuits, Connectome & CAJAL3D
  
  OPEN-ACCES journal - Frontiers in NeuroScience - Neuromorphic Engineering
  
Top