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Organized by
Tianjin University, China
CSCWD International Working Group

Co-Sponsored by
IEEE SMC Society (pending approval)

General Conference Chair
Tie Qiu

General Conference Co-Chairs
Jano de Souza
Amy Trappey

Program Committee Co-Chairs
Weiming Shen
Jean-Paul Barthès
Junzhou Luo
Xiaobo Zhou

Publication Chair
Jinghui Zhang

Special Session Chairs
Haibin Zhu
Kunkun Peng

Finance Chair / Treasurer
Ning Chen

Local Arrangement Chair
Tianyi Xu
Chen Chen

International Steering Committee

Co-Chairs
Jean-Paul Barthès
Junzhou Luo
Weiming Shen

Secretary
Jinghui Zhang

Members
Pedro Antunes
Marcos Borges
Kuo-Ming Chao
Gang Chen
Jano de Souza
Susan Finger
Giancarlo Fortino
Liang Gao
Ning Gu
Anne James
Peter Kropf
Weidong Li
Xiaoping P. Liu
Xiaozhen Mi
Hugo Paredes
José A. Pino
Yanjun Shi
Amy Trappey
Adriana Vivacqua
Chunsheng Yang
Yun Yang
Jianming Yong
Qinghua Zheng



SS2:Blockchain-Facilitated Cooperative Work in Design         

·   Organizers

Wenbing Zhao, Cleveland State University, USA - w.zhao1@csuohio.edu

·   Description/Abstract

Collaboration among multiple entities require coordination, resource sharing, and trust. Traditionally, one of the entities would assume the coordinator role. Unfortunately, this scheme heavily depends on the resources and trustworthiness of the coordinator. If the coordinator misbehaves and loses the trust of other participants, the collaboration will inevitably fail. The blockchain technology provides a practical solution for collaboration. First, the use of blockchain as the collaboration platform will remove any single point of failure. Second, if a large public blockchain such as the Ethereum is used, the blockchain platform would ensure data immutability and decentralized trust for all participants so that they don’t have to trust any particular member to assume the responsibility of the coordinator. The data immutability would protect the contributions made by a participant. Furthermore, the data immutability feature of the blockchain would force the participants to keep track of versions of the design, thereby, avoid the risk of losing the information due to loss of data or ransomware attacks. The use of smart contracts deployed on a large public blockchain such as Ethereum will facilitate trustworthy coordination between participants of a design team, including the assignment of tasks, the tracking of progress of the tasks, the resources contributed and allocated during the design project. This special session invites research contributions on all aspects of blockchain-facilitated cooperative work in design. Topics of interest include, but not limited to:

• Blockchain-based authentication for cooperative work in design
• Blockchain-based data logging for cooperative work in design
• Blockchain-based coordination for cooperative work in design
• Smart contracts for cooperative work in design
• Blockchain-based resource sharing for cooperative work in design
• Layer-2 blockchain design and implementation for cooperative work in design