Nov 1, 2013 · The augmented price schedules decomposition algorithm (APSDA) is proposed to simultaneously consider multiple design targets in negotiation.

Decision models and negotiation protocols are developed for complex design tasks decomposed in a hierarchy. The resultant APSDA-based negotiation mechanism ...

This study solves automating engineering collaborations with secure information sharing by improving the negotiation mechanism based on the price schedules ...

This study solves automating engineering collaborations with secure information sharing. AB - Distributed design in collaborative product development involves ...

This paper presents a multi-agent negotiation mechanism for distributed design based on price schedules decomposition. The mechanism allows self-interested ...

Oct 22, 2024 · This paper presents a multi-agent negotiation mechanism for distributed design based on price schedules decomposition.

Distributed design in collaborative product development involves interorganizational teams of different disciplines, often geographically separated, ...

This study solves automating engineering collaborations with secure information sharing by improving the negotiation mechanism based on the price schedules ...

This paper presents a multi-agent negotiation mechanism for distributed design based on price schedules decomposition. The mechanism allows self-interested ...

Multitarget Hierarchical Negotiation for Distributed Design in Collaborative Product Development. YI Lin, KW Tien, CH Chu. IEEE Transactions on Automation ...