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Autonomic communication services: a new challenge for software agents

机译：自主通信服务：软件代理面临的新挑战

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摘要

The continuous growth in ubiquitous and mobile network connectivity, together with the increasing number of networked devices populating our everyday environments, call for a deep rethinking of traditional communication and service architectures. The emerging area of autonomic communication addresses such challenging issues by trying to identify novel flexible network architectures, and by conceiving novel conceptual and practical tools for the design, development, and execution of "autonomic" (i.e., self-organizing, self-adaptive and context-aware) communication services. In this paper, after having introduced the general concepts behind autonomic communication and autonomic communication services, we analyze the key issue of defining suitable "component" models for autonomic communication services, and discuss the strict relation between such models and agent models. On this basis, we survey and compare different approaches, and eventually try to synthesize the key desirable characteristics that one should expect from a general-purpose component model for autonomic communication services. The key message we will try to deliver is that current research in software agents and multi-agent systems have the potential for playing a major role in inspiring and driving the identification of such a model, and more in general for influencing and advancing the whole area of autonomic communication.
机译：无处不在的和移动网络连接的不断增长，以及在我们的日常环境中越来越多的联网设备的出现，要求对传统的通信和服务架构进行深刻的反思。自主通信的新兴领域通过尝试识别新颖的灵活网络架构，以及为“自主”的设计，开发和执行构思新颖的概念和实用工具（即，自组织，自适应和自发），从而解决了此类难题。上下文感知）通信服务。本文在介绍了自主通信和自主通信服务的一般概念之后，我们分析了为自主通信服务定义合适的“组件”模型的关键问题，并讨论了这种模型与代理模型之间的严格关系。在此基础上，我们调查和比较了不同的方法，并最终尝试综合了人们对于自主通信服务的通用组件模型应该期望的关键期望特征。我们将要传达的关键信息是，当前对软件代理和多代理系统的研究有可能在启发和推动这种模型的识别方面发挥主要作用，并且更广泛地影响和推进整个领域自主沟通。

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