York / the agent / Montr´eal / Berlin / Packard / Cambridge / Falmouth / /
Company
MIT Press / Russell / AAAI Press / Oxford University Press / World Scientific / /
Country
Canada / United Kingdom / /
Facility
Paul Schermerhorn University of Notre Dame / Imperial College / Prentice Hall / University of Birmingham / University of Sussex / /
IndustryTerm
nearest food / simpler control systems / reactive solution / reactive solutions / consumable food / neural networks / energy level sensors / objects food / search behavior / food / artificial systems / energy / energy reserves / stored energy / deliberative control systems / neural network / food source appearing / Parallel distributed processing / field-based control systems / algorithm using search effort estimates / control systems / agent control systems / affective systems / skip food / affective control systems / reactive and affective control systems / structural and processing costs / partial solutions / optimum solution / deliberative systems / /
Organization
Imperial College London / MIT / Canadian Society for Computational Studies / Computational Intelligence / University of Birmingham / University of Sussex / Machine Intelligence / Oxford University / University of Notre Dame / Society for Computer Simulation / Pattern Analysis and Machine Intelligence / /
Person
Aaron Sloman / Maynard Smith / Matthias Scheutz / /
Position
planner / /
ProvinceOrState
New Jersey / Quebec / Sussex / Indiana / New Hampshire / /
PublishedMedium
IEEE Transactions on Pattern Analysis and Machine Intelligence / Journal of Theoretical Biology / Lecture Notes in Computer Science / /
in Artificial Life VIII, Standish, Abbass, Bedau (eds)(MIT Presspp 283–Steps Towards a Systematic Investigation of Possible Evolutionary Trajectories from Reactive to Deliberative Control Systems