Faculty Advisor or Committee Member

Prof. David C. Brown, Advisor

Faculty Advisor or Committee Member

Prof. Robert E. Kinicki

Identifier

etd-110999-162109

Abstract

"Current approaches to design are often serial and iterative in nature, leading to poor quality of design and reduced productivity. Complex artifacts are designed by groups of experts, each with his/her own area of expertise. Hence design can be modeled as a cooperative multi-agent problem-solving task, where different agents possess different expertise and evaluation criteria. New techniques for Concurrent Design, which emphasize parallel interaction among design experts involved, are needed. During this concurrent design process, disagreements may arise among the expert agents as the design is being produced. The process by which these differences are resolve to arrive at a common set of design decisions is called Negotiation. The main issues associated with the negotiation process are, whether negotiation should be centralized or distributed, the language of communication and the negotiation strategy. The goals of this thesis are to study the work done by various researchers in this field, to do a comarative analysis of their work and to design and implement an approach to handle negotiation between expert agents in an existing Concurrent Engineering Design System."

Publisher

Worcester Polytechnic Institute

Degree Name

MS

Department

Computer Science

Project Type

Thesis

Date Accepted

1999-11-09

Accessibility

Unrestricted

Subjects

cooperative multi-agent problem-solving, concurrent design, conflict resolution, powder ceramic components design, negotiation, Concurrent engineering, Engineering design, Data processing

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