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A solution for remote-upgrading field controllers based on FPGA Cyclone 2C35

机译:基于FPGA Cyclone 2C35的现场控制器远程升级解决方案

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Modern telescopes usually have more controlled nodes than classical ones. Those nodes are separately distributed at various locations of the instrument and not easy to access. While in adjustment, it always requires to modify the control software, or sometimes to reform the hardware structure and to upgrade the related programs. To solve the problems of renewing the field controllers, we introduce a FPGA based telescope controller system and a scheme for remote-upgrading it via Ethernet. This paper mainly describes the structure of the field controller, the requirements for remote-upgrading and system structure. Also discussed are the protocol applications and extensions, the processing methods as well as the ideal of software design. The scheme has been in trial run for a large telescope with 16 field controller's subsystem and excellent results were obtained. It may effectively solve the remote-upgrading problems for multiple field controllers of large telescopes. Besides the scheme can be used in other multi-nodes industrial control systems too, which is of high value in applications.
机译:与传统望远镜相比,现代望远镜通常具有更多受控节点。这些节点分别分布在仪器的各个位置,并且不容易访问。进行调整时,总是需要修改控制软件,有时需要改革硬件结构并升级相关程序。为了解决更新现场控制器的问题,我们介绍了一种基于FPGA的望远镜控制器系统和一种通过以太网进行远程升级的方案。本文主要描述了现场控制器的结构,远程升级的要求和系统结构。还讨论了协议应用程序和扩展,处理方法以及软件设计的理想方法。该方案已在具有16个现场控制器子系统的大型望远镜上进行了试运行,并获得了出色的结果。它可以有效地解决大型望远镜的多个现场控制器的远程升级问题。此外该方案也可用于其他多节点工业控制系统,在应用中具有很高的价值。

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