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首页> 外文期刊>IEEE Communications Magazine >A common multi-agent testbed for diverse seamless personal information networking applications
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A common multi-agent testbed for diverse seamless personal information networking applications

机译：通用的多代理测试平台，适用于各种无缝的个人信息网络应用

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This article describes the design and implementation of a unique cooperative agents testbed aimed at addressing diverse applications for the difficult problem of seamless personal information networking (SPIN). The real-world SPIN testbed is aimed at two difficult applications. Namely seamless messaging and intelligent network management. Both applications are agent-driven and share agent behavior, and the messaging agents rely on the network management device diagnostic agents for input. The article introduces both problem areas in a common testbed. The first-generation seamless messaging application is described in detail. User-centric seamless messaging assumes heterogeneous communication environments intended to support today's nomadic users. The prototype is introduced for the management of messages across distributed information networks. Its aim is to intercept, filter, interpret, and deliver multimodal messages, be they voice, fax, video, and/or e-mail messages. A user's personal communication agent is charged with delivering messages to the recipient regardless of their target messaging device-a telephone, pager, desktop, wireless laptop, or wireless phone. Personal communication agents classify and act on incoming messages based on their content. A secretary agent routes and tailors urgent messages appropriately to the device manager agent, which delivers the message to a device on which the user may be roaming or active. What makes the seamless messaging application unique is its approach to treating a message in a universal manner, and its ability to mediate between different messaging environments and devices, and to try to track and find the user.
机译：本文介绍了旨在解决无缝个人信息网络（SPIN）难题的各种应用程序的独特合作代理测试平台的设计和实现。实际的SPIN测试平台针对两个困难的应用程序。即无缝消息传递和智能网络管理。这两个应用程序都是由代理驱动的，并且共享代理行为，并且消息传递代理依赖于网络管理设备诊断代理进行输入。本文在一个普通的测试平台中介绍了这两个问题领域。详细描述了第一代无缝消息传递应用程序。以用户为中心的无缝消息传递假定了旨在支持当今游牧用户的异构通信环境。引入了该原型，用于跨分布式信息网络的消息管理。其目的是拦截，过滤，解释和传递多模式消息，无论是语音，传真，视频和/或电子邮件消息。无论用户的目标消息传递设备是电话，寻呼机，台式机，无线笔记本电脑还是无线电话，用户的个人通信代理都负责将消息传递给收件人。个人通信代理根据其内容对传入消息进行分类并采取措施。秘书代理将紧急消息适当地路由和调整到设备管理器代理，设备管理器代理将消息传递到用户可能正在漫游或活跃的设备。使无缝消息传递应用程序与众不同的原因在于，它以通用方式处理消息的方法，以及在不同消息传递环境和设备之间进行调解并尝试跟踪和找到用户的能力。

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