采用asic技术的工业环境控制系统

S. Felici, J. Pérez, S. Peláez, J. Insenser
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引用次数: 0

摘要

当今工业世界中最重要的一个方面是分布式控制和一定的分层平台,可以解决和管理这种工业装置。在本文中,我们假装展示了一个为私有公司开发的具有自定义协议和通信系统的系统,但出于工业原因,此应用程序是保密的。对于这个控制系统,已经开发了两种不同的专用集成电路(asic),并得到了GAME的部分支持。我们描述了基于硬件描述语言Verilog的设计方法(综合、高级设计和宏单元集成),以及该应用的通信协议。我们特别关注了通信模块和CRC电路,以及asic技术为这种环境提供的优势。该系统由SIDSA和瓦伦西亚大学共同开发和设计。本文介绍了系统的设计和实现,并不针对任何特定的应用程序或安装。所开发的系统可以适应任何工业环境,只需对中央单元进行编程,基于8051单片机,使用其具有循环冗余校验的硬时协议机制进行通信错误检测,适用于任何控制应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A control system using ASICs technology for industrial environments
One of the most important aspects in the industrial world today, is distributed control and a certain hierarchical platform which could solve and manage this kind of industrial installation. In this article we pretend to show a developed system for a private company with a custom protocol and communication system but for industrial reasons this application is kept confidential. For this control system two different application specific integrated circuits (ASICs) have been developed, that have been partially supported by GAME. We describe the design methodology (synthesis, high-level design and macrocell integration) based on the hardware description language Verilog, and the communication protocol for this application. We put special attention on the communication module and the CRC circuit and the advantages that this technology, ASICs, provides to this kind of environment. This system has been developed and designed by SIDSA and the University of Valencia. This article introduces the system design and implementation, and it doesn't point to any particular application or installation. The system developed could be adapted to any industrial environment with just programming the central unit, based on 8051 microcontroller for any control application using its hard time protocol mechanism with cyclic redundant check for communication error detection.
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