IEEE Software / Neural Systems / Brain Inspired Cognitive Systems / MIT Press / Self-Organizing Systems / DESIGN PROCESS SYSTEMS / /
Country
Finland / / /
Facility
University of Stirling / Australian National University / / /
IndustryTerm
energy levels / condition recording devices / device learning algorithms / web access etc / synchronicity management / device algorithms / information processing / implementation technology / word processing / software applications / sequential processing / condition detection devices / physical implementation technology / information processing capacity / prototype learning systems / software instruction / graphics processing / physical information handling technologies / biological systems / regular computing system / physical / condition defining devices / large scale electronic systems / information processing systems / electronic systems / /
Organization
Department of Computer Science / MIT / MPACT OF MODIFIABILITY Organization / Carnegie Mellon University / Australian National University / IEEE Computer Society / University of Stirling / /
Person
C. Van Essen / Nat / L. Andrew Coward / / /
Position
Proposed Binding Model “ / outside observer / Recommendation Architecture Model for Human Cognition” / T. D. / /
Product
Ventura / Franklin / /
PublishedMedium
American Journal of Mathematics / Lecture Notes in Computer Science / IEEE Software / /
Constraints on the Design Process for Systems with Human Level Intelligence L. Andrew Coward Abstract—Any system which must learn to perform a large number of behavioral features with limited information