现场总线系统的发展潜力

D. Dietrich, T. Sauter
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引用次数: 37

摘要

虽然现场总线系统是一个既定的概念,但仍有未来发展的空间。此外,现场总线越来越多地出现在复杂系统的更广泛的背景下。在本文中,我们简要回顾了现场总线的历史,以突出其演变的主要影响。在楼宇自动化、互联网络和微电子领域确定了未来的基本驱动力。随着智能节点的出现,现场总线安装的复杂性将不可避免地增加,这反过来又会带来新的问题。主要的任务将是开发适当的工具来支持管理拥有几十万个节点的网络。网络互连的安全性是另一个即将出现的问题,并且不断增长的系统复杂性也需要分布式应用程序的新概念,例如基于代理或全息系统。最后,我们将现场总线与生物系统进行比较,以得出进一步发展的方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evolution potentials for fieldbus systems
Although fieldbus systems are meanwhile an established concept, there is still room for future developments. Furthermore, fieldbusses are more and more to be seen in a wider context of complex systems. In this paper, we briefy review the histoly of fieldbusses to highlight the major infuences on their evolution. Essential driving forces for the future are identifed in the areas of building automation, internetworking, and microelectronics. With the availability of smarter nodes, the complexity of fieldbus installations will inevitably increase, which in turn will raise new problems. The main d$$culties will be the development of appropriate tools to support the management of networks with several hundred thousand nodes. Security of network interconnections is another upcoming problem, and the growing system complexity also requires new concepts for distributed applications, such as agent-based or holonic systems. Finally, we compare fieldbusses to biological systems to derive directions for further evolution.
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