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Platform for Multiagent Application Development Incorporating Accurate Communications Modeling

机译：包含精确通信建模的多代理应用程序开发平台

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摘要

Multiagent systems are widely recognized as a method of choice for realization of distributed time-critical applications for the smart grid. However, no general solutions have been proposed for the difficult task of system development and validation, ready for deployment, which would fully account for the underlying communication network performance. We propose a novel platform designed for this purpose, which integrates a standard multiagent development framework [Java Agent Development (JADE)] and an industry standard communications network simulator (OPNET modeler). It was realized through generic extensions of the JADE framework to provide discrete event scheduling capabilities, while the OPNET modeler was extended to provide a generic method of associating the network nodes with agents running in JADE. The adopted method adheres to the high-level architecture standard. Importantly, applications developed using this platform may be deployed on the target system without manual modifications. A distributed protection application is presented and the performance is analyzed with respect to candidate agent behaviors and communication scenarios, demonstrating that the feasibility of the application critically depends on the choices made during its design and implementation.
机译：多代理系统被广泛认为是实现智能电网的分布式时间关键型应用程序的一种选择方法。但是，尚未提出针对系统开发和验证的艰巨任务，可以部署的通用解决方案，因为这将充分考虑基础通信网络的性能。我们提出了一个为此目的而设计的新颖平台，该平台集成了标准的多代理开发框架[Java代理开发（JADE）]和行业标准的通信网络模拟器（OPNET建模器）。它是通过JADE框架的通用扩展来实现的，以提供离散事件调度功能，而OPNET建模器已扩展为提供一种将网络节点与JADE中运行的代理相关联的通用方法。采用的方法符合高级体系结构标准。重要的是，使用该平台开发的应用程序可以部署在目标系统上，而无需手动修改。提出了一种分布式保护应用程序，并针对候选代理行为和通信场景对性能进行了分析，表明该应用程序的可行性主要取决于其设计和实施过程中的选择。

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