Collaborative e-work parallelism in supply decisions networks: the chemical dimension
Manuel Scavarda,
Rodrigo Reyes Levalle (),
Seokcheon Lee and
Shimon Y. Nof
Additional contact information
Manuel Scavarda: Purdue University
Rodrigo Reyes Levalle: Purdue University
Seokcheon Lee: Purdue University
Shimon Y. Nof: Purdue University
Journal of Intelligent Manufacturing, 2017, vol. 28, issue 6, No 7, 1337-1355
Abstract:
Abstract In today’s increasingly networked and interconnected environments, business processes and associated decisions tend to span across organizational boundaries, making traditional centralized coordination impractical and/or unfeasible. Furthermore, collaborative networked organizations need to be able to respond to rapidly changing demands and requirements, under uncertain conditions and without centralized control. This situation emphasizes the need for adaptive, distributed, and self-coordinated supply network decisions models. This study focuses on the efficient coordination of parallel, reconfigurable, inter-organizational supply operations. The chemical dimension of collaborative e-work parallelism is introduced, including a novel market-based mechanism that supports supply networks’ parallel and decentralized reconfiguration. The newly developed approach is illustrated by examples from a global industry network, demonstrating its advantages, and identifying its limitations.
Keywords: Logistics; Distribution; Supply chain coordination; Decision networks; Collaborative control theory (search for similar items in EconPapers)
Date: 2017
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DOI: 10.1007/s10845-015-1054-4
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