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Considerations on a new software architecture for distributed environments using autonomous semantic agents

机译:使用自主语义代理的分布式环境的新软件体系结构的注意事项

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Distributed processing environments such as that of a traffic management network system (TMS) can be implemented easier, faster, and secure and perform better through use of autonomous semantic agents (ASAs). For an ASA can then be realized as a semantic Web service, a whole TMS is easily implemented through a collection of semantic Web services agents arranged according to the topology of the traffic network. It would suffice to develop a generic ASA Web service class, instantiate individual ASAs from it in numbers as required one per junction, and supply specific intersection data in semantically-enriched representation to each. Should advanced information support and control services be required, one of the ASAs may be configured slightly differently in that it acts as the operational overseer and repository for aggregated data and ASA class code. Once created, this facilitator ASA knows the topology of the whole traffic network, identifies each intersection (and its associated ASA), can interrogate and instruct individual ASAs, aspects of ASA design, operation, and application development using ASAs are taken into consideration. Simulations show high performance and the benefits of load distribution using ASAs.
机译:通过使用自主语义代理(ASA),可以更轻松,更快,更安全地实现诸如流量管理网络系统(TMS)之类的分布式处理环境。对于随后可以实现为语义Web服务的ASA,可以通过根据交通网络拓扑安排的语义Web服务代理的集合轻松实现整个TMS。只需开发一个通用的ASA Web服务类,就可以根据需要从每个实例中为每个结点编号实例化单个ASA,并为每个结点提供语义丰富的表示形式的特定交集数据。如果需要高级信息支持和控制服务,则其中一个ASA的配置可能会略有不同,因为它充当聚合数据和ASA类代码的操作监督者和存储库。创建后,该促进者ASA就会了解整个交通网络的拓扑结构,识别每个交叉路口(及其关联的ASA),可以询问和指导单个ASA,并考虑了ASA设计,操作和使用ASA进行应用程序开发的各个方面。仿真显示了高性能以及使用ASA进行负载分配的好处。

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