多组织环境管理中动态服务组合的多智能体系统、本体和协商

C. Bǎdicǎ, S. Ilie, M. Kamermans, G. Pavlin, A. Penders, Mihnea Scafes
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引用次数: 10

摘要

本章讨论了一种有效解决环境管理应用中发现的当代态势评估问题的方法。目标问题本质上是复杂的,需要通过使用分散在多个组织中的丰富领域知识来处理大量异构信息。我们假设一个基于动态流程集成框架的协作解决方案,该框架支持对包括人类专家在内的处理服务进行系统封装。封装允许使用先进的自配置机制对异构处理服务进行动态组合,以实现服务提供者的最佳选择。自配置基于协作式多议题一对多服务协商的开发框架。该框架允许定义:谈判协议、由多个谈判问题组成的谈判主体、谈判问题的属性、交易空间和参与者利益相关者的效用函数。我们将展示如何将此框架用于灾难管理信息系统中跨多个组织的工作流的动态组合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multi-Agent Systems, Ontologies and Negotiation for Dynamic Service Composition in Multi-Organizational Environmental Management
This chapter discusses an efficient solution to contemporary situation assessment problems found in environmental management applications. The targeted problems are inherently complex and require processing of large quantities of heterogeneous information by using rich domain knowledge dispersed through multiple organizations. We assume a collaborative solution based on the Dynamic Process Integration Framework, which supports systematic encapsulation of processing services, including human experts. The encapsulation allows dynamic composition of heterogeneous processing services using advanced self-configuration mechanisms for optimal selection of service providers. Self-configuration is based on a framework for development of cooperative multi-issue one-to-many service negotiations. The framework allows the definition of: negotiation protocols, negotiation subjects composed of multiple negotiation issues, properties of negotiation issues, deal spaces, and utility functions of participant stakeholders. We show how this framework can be used for dynamic composition of workflows spanning multiple organizations in a disaster management information system.
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