Building Intelligent Agents
An Apprenticeship, Multistrategy Learning Theory, Methodology, Tool and Case Studies

Gheorghe Tecuci (Author)

9780126851250, Elsevier Science

Paperback, published 12 June 1998

320 pages
22.9 x 15.2 x 2.1 cm, 6.33 kg

Building Intelligent Agents is unique in its comprehensive coverage of the subject. The first part of the book presents an original theory for building intelligent agents and a methodology and tool that implement the theory. The second part of the book presents complex and detailed case studies of building different types of agents: an educational assessment agent, a statistical analysis assessment and support agent, an engineering design assistant, and a virtual military commander. Also featured in this book is Disciple, a toolkit for building interactive agents which function in much the same way as a human apprentice. Disciple-based agents can reason both with incomplete information, but also with information that is potentially incorrect. This approach, in which the agent learns its behavior from its teacher, integrates many machine learning and knowledge acquisition techniques, taking advantage of their complementary strengths to compensate for each others weakness. As a consequence, it significantly reduces (or even eliminates) the involvement of a knowledge engineer in the process of building an intelligent agent.

Preface. Intelligent Agents. General Presentation of the Disciple Approach for Building Intelligent Agents. Knowledge Representation and Reasoning. Knowledge Acquisition and Learning. The Disciple Shell and Methodology. Case Study: Assessment Agent for Higher-Order Thinking Skills in History. Case Study: The Statistical Analysis Assessment and Support Agent. Case Study: Design Assistant for Configuring Computer Systems. Case Study: Virtual Agent for Distributed Interactive Simulations. Selected Bibliography of Machine Learning, Knowledge Acquisition, and Intelligent Agents Research. Notation. Subject Index.

Subject Areas: Expert systems / knowledge-based systems [UYQE], Artificial intelligence [UYQ], Systems analysis & design [UYD], Ergonomics [TBDG]