A Performance Study on a Multiagent E-Scheduling and Coordination Framework for Maintenance Networks

Abstract

Abstract-Many maintenance networks as well as supply networks and virtual enterprises consist of multiple organizations. A common problem arising in these different domains is multiorganization scheduling and coordination. The traditional centralized methods are not appropriate because of the existence of private information and decision-making authorities at different organizations. Although many distributed mechanisms have been presented for supply networks and virtual enterprises, they may not be effective for maintenance networks because of the difficulties of scheduling the tightly related maintenance operations and handling the massive uncertainties involved. These difficulties as well as the heterogeneity of the distributed environment make it challenging to develop an efficient framework for maintenance networks that can obtain a high-quality solution under different conditions, schedule in a timely manner, solve large-scale problems, and so on. In this paper, a price-based multiagent scheduling and coordination framework for maintenance networks is explored, and a systematic experimental study is carried out to evaluate the effects of different factors on its performance. The results show that the framework is able to overcome these difficulties and could be a step toward the next generation of e-scheduling for maintenance networks.

Design and Implementation of Learning E-Scheduling in Sriwijaya State Polytechnic - Telecommunication Engineering Study Program

“…According to [6], The multiorganization maintenance scheduling and coordination problem can hardly be solved optimally since scheduling in general is NP-hard.…”

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“…It is used in redistribution scheme to minimize the migration latency and enable better balancing reactivity. According to Feng Zhang et al [6], price based multi-agent scheduling and coordination is used to determine the timeliness of scheduling in a distributed environment. This framework applied in the inventory system.…”