Control in networked systems with fuzzy logic
Control in networked systems with fuzzy logic
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DOI：
10.3906/elk-1107-24
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发表时间：
2013-01
影响因子：
1.1
通讯作者：
A. Akbulut;O. Öztaş
中科院分区：
文献类型：
--
作者：
A. Akbulut;O. Öztaş
近年来，基于网络体系结构的控制系统的开发得到了高度的关注。由于其快速的数据通信，基于网络的控制需求很高。然而，存在一些缺点，例如延迟、数据包丢失和通信约束。由于这些缺点，基于网络的控制系统在这种体系结构的发展中得到了关注。对现有结构进行了改进，提出了系统的优化方案。优化分为两个主要结构：软件优化和硬件优化。根据这些优化策略设计了整个系统的结构。作为构建总体结构的结果，出现了一个分层和沟通的结构。经过优化设计后，对系统进行了仿真实现和测试。传感器和执行器在不同的计算机中被实现为程序。控制器被设置到不同的计算机中，观察器程序被设置到另一台计算机中以观察整个系统。系统的组件以顺序结构设置，并根据其环境提供预期的性能。
Recently, the development of control systems based on network-based architecture is getting very high attention. Because of its fast data communication, network-based control is in high demand. However, there are some disadvantages, such as delays, data packet dropouts, and communication constraints. Network-based control systems are getting attention in the development of this architecture because of these disadvantages. Optimization of the system is supplied to improve the existing structure. The optimization is categorized into 2 main structures: software optimization and hardware optimization. The structure of the overall system is designed with these optimization strategies. A hierarchical and communicational structure has emerged as a result of constructing the overall structure. After the optimization and design processes, the emerged system is simulated to implement and test the structure. Sensors and actuators are implemented as programs in different computers. Controllers are set into different computers and an observer program is set into another computer to observe the overall system. The components of the system are set in a sequential structure and give the expected performance due to their environment.