The Lida Architecture: Adding New Modes of Learning to an Intelligent, Autonomous, Software Agent

Document Type: 
Article
Article Type: 
Theoretical
Disciplines: 
Artificial intelligence
Topics: 
Other
Keywords: 
lida, cognitive architecture, learning
Date of Issue: 
2006
Authors: 
Stan Franklin, F. G. Patterson, Jr.
Journal/Publication Title: 
Integrated Design and Process Technology, IDPT-2006
Publisher: 
Society for Design and Process Science
Place of Publication: 
San Diego, CA
Official URL: 
http://ccrg.cs.memphis.edu/assets/papers/zo-1010-lida-060403.pdf
Publish status: 
Published
Abstract: 
This is a report on the LIDA architecture, a work in progress that is based on IDA, an intelligent, autonomous, "conscious" software agent that does personnel work for the US Navy. IDA uses locally developed cutting edge artificial intelligence technology designed to model hu-man cognition. IDA's task is to find jobs for sailors whose current assignments are about to end. She selects jobs to offer a sailor, taking into account the Navy's policies, the job’s needs, the sailor's preferences, and her own delibera-tion about feasible dates. Then she negotiates with the sailor, in English via iterative emails, about job selection. We use the word "conscious" in the sense of Baars' Global Workspace Theory (Baars, 1988, 1997), upon which our architecture is based. IDA loops through a cognitive cycle in which she perceives the environments, internal and external; creates meaning, by interpreting the environment and deciding what is important; and answers the only question there is: "What do I do next?" LIDA, the learning IDA will add three modes of learning to IDA's design: perceptual learn-ing, episodic learning, and procedural learning. LIDA will learn from experience, which may yield several lessons over several cognitive cycles. Such lessons include newly perceived objects and their relationship to already known objects and categories, relationships among objects and between objects and actions, effects of actions on sensation, and improved perception of sensory data. The LIDA architecture incorporates six major artificial intelligence software technologies: the copycat architecture, sparse distributed memory, pandemonium theory, the schema mechanism, the behavior net model, and the subsumption architecture.
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