NCS和远程操作的互联网自适应死区

M. Díaz-Cacho, E. Delgado, A. Barreiro
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引用次数: 4

摘要

在本文中,我们分析了网络性能与NCS或远程操作系统之间的关系。提出了一种新的中间件解决方案——网络自适应死带,将网络状态和NCS状态联系起来。网络自适应死带将TCPFriendly流控制算法与NCS数据的死带过滤解决方案联系起来。在选定设计参数的基础上,采用实验方法研究了网络消耗与死区之间的关系。开发了NS2的应用程序和传输代理,模拟了起重机遥控平台和质量弹簧网络控制系统。结果表明公共网络资源的共享是成功的。
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Internet Adaptive Deadband for NCS and teleoperation
In this paper, we analyze the relationship between network performance and NCS or teleoperated systems. A new middleware solution called Network Adaptive Deadband is presented, to relate network status and NCS status. Network Adaptive Deadband relates a TCPFriendly flow control algoritm with the deadband filtering solution for NCS data. Based on selected design parameters, an experimental methodology is studied to find the relationship between network consumption and deadband. Application and transport agents for NS2 are developed to simulate a granty crane teleoperated platform and a mass-spring NCS. Results illustrate the succesfull share of public network resources.
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