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Nervous system / Humanoid robots / Massachusetts Institute of Technology / Ethology / Cog / Sensory integration / Robotics / Multimodal integration / Vestibular system / Mind / Perception / Sensory system


The Cog Project: Building a Humanoid Robot Rodney A. Brooks, Cynthia Breazeal, Matthew Marjanovi´c, Brian Scassellati, Matthew M. Williamson MIT Artificial Intelligence Lab 545 Technology Square Cambridge MA 02139, USA
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Document Date: 1999-01-28 15:00:35


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City

Leuven / C40 / /

Company

Texas Instruments / Motorola / Knudsen / /

Country

Belgium / /

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Facility

port RAM / Commonly scaffolding / Waseda University / Introduction Building / /

IndustryTerm

digital signal processors / intelligent systems / sensory systems / even complete sensory systems / motor systems / digital signal processor network / network / communications port interface / heterogeneous network / driver chips / software environments / processor network / control systems / real-time operating system / real robotic systems / software components / signal processor / purpose processing / humanoid robotic systems / /

MusicAlbum

Taylor / Lobo / I/O / Mendez / /

OperatingSystem

QNX / /

Organization

US Federal Reserve / Waseda University / Robotics Society of Japan / Matthew M. Williamson MIT Artificial Intelligence Lab / /

Person

Cynthia Breazeal / Matthew M. Williamson / Matthew Marjanovi / Rodney A. Brooks / /

Position

driver / dedicated local motor controller / a custombuilt board / chicken head / head / controller / /

ProvinceOrState

Cog / /

Technology

neuroscience / ethernet / RAM / real-time operating system / artificial intelligence / driver chips / android / shared memory / DSP / digital signal processors / 545 Technology / digital signal processor / /

URL

http /

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