Message from the HoloMAS Workshop Chairs

V. Marík, M. Pechoucek, D. McFarlane
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Abstract

OLOMAS’02 is the third workshop organized within the frame of the DEXA conference. The first two workshops (HOLOMAS’00 held in Greenwich, UK, HOLOMAS’01 in Munich) documented the imperative need in starting mutual communication and cooperation between two research communities who were at the time working in parallel without any deeper interaction. That is, the AI community aimed at multi-agent systems and the groups concentrated around the holonic manufacturing technology. These two workshops, and especially the post-workshop proceedings [1], [2] have helped to start more intensive, cross-community discussions and contributed to better mutual understanding of the standpoints of individual camps. The workshops helped to clarify the roles of holonic and multi-agent solutions in realtime control and non-real time decision making, to unify the terminology and in general to link both communities together. The idea of using function-block oriented IEC standards for the real-time control and the FIPA-based software agents for the higher-level decision making seems to be widely accepted. New holonic/agent architectures bridging the gap between both these control levels appeared, some of them are also reported in the workshop proceedings. From the implementation point of view, Java dominates on both the levels and seems to be one of the tools helping to solve the difficult migration problems when new highly distributed paradigms have to operate the legacy, centralized systems.
HoloMAS研讨会主席的致辞
OLOMAS ' 02是在DEXA会议框架内组织的第三次研讨会。前两次研讨会(HOLOMAS ' 00在英国格林威治举行,HOLOMAS ' 01在慕尼黑举行)证明了在两个研究团体之间开始相互交流与合作的迫切需要,这两个研究团体当时并行工作,没有任何更深层次的互动。也就是说,人工智能社区的目标是多智能体系统,而团体则集中在全息制造技术上。这两个讲习班,特别是讲习班后的会议[1][2],有助于开展更深入的跨社区讨论,并有助于更好地相互了解各个营地的立场。这些研讨会有助于澄清全息和多智能体解决方案在实时控制和非实时决策中的作用,统一术语,并在总体上将这两个群体联系在一起。使用面向功能块的IEC标准进行实时控制,使用基于fipa的软件代理进行高级决策的想法似乎被广泛接受。新的全息/智能体架构弥合了这两种控制水平之间的差距,其中一些也在研讨会会议记录中得到了报道。从实现的角度来看,Java在这两个层面上都占主导地位,并且似乎是帮助解决迁移困难问题的工具之一,当新的高度分布式范式必须操作遗留的集中式系统时。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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