Research on Decision-making Scheduling Model of Distributed Multi-agent Collaborative Group in Supply Chain Based on Multi-agent System

Zhu Li, Liang Xiao, Yiming Xiao
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Abstract

This paper studies the distributed multi-agent collaboration mode of multi-agent system in the supply chain and the multi-task matching agent scheduling strategy. The supply chain is a typical multi-agent distributed decision system, Multi-agent system solves complex multi-objective optimization problems. This paper establishes a distributed decision model of supply chain based on multi-agent system, and considers that a single algorithm is difficult to solve complex optimization problems. We introduce a global coordination agent, which is responsible for global monitoring of all principal agents and their running status in MAS. Diagnosing and processing the allocation of task resources, introducing EDF algorithm and RMS algorithm into the strategy. The combination of the two algorithms makes the efficiency of the background management platform of the system relatively improved and optimized, and the supply chain as a whole tends to be optimal. This paper analyzes and describes the distributed decision model of supply chain based on multi-agent system based on multi-agent system and blackboard model. The distributed multi-task decision-making scheduling model in supply chain is given. Finally, the model is analyzed and evaluated.
基于多智能体系统的供应链分布式多智能体协作群决策调度模型研究
研究了供应链中多智能体系统的分布式多智能体协作模式和多任务匹配的智能体调度策略。供应链是典型的多智能体分布式决策系统,多智能体系统解决复杂的多目标优化问题。本文建立了基于多智能体系统的供应链分布式决策模型,考虑到单一算法难以解决复杂的优化问题。我们引入了一个全局协调代理,负责对MAS中所有主体代理及其运行状态进行全局监控。对任务资源分配进行诊断和处理,将EDF算法和RMS算法引入策略。两种算法的结合使得系统后台管理平台的效率相对提高和优化,供应链整体趋于最优。本文在多智能体系统和黑板模型的基础上,分析和描述了基于多智能体系统的供应链分布式决策模型。给出了供应链中分布式多任务决策调度模型。最后,对模型进行了分析和评价。
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