基于ieee1451的多接口模块(I2M),用于工业过程自动化

E. Batista, A.C.R. Silva, L. Gonda, M. Pereira, I. da Silva, W.M. Ferreira, F. D'Elia
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引用次数: 9

摘要

本文描述了基于IEEE1451标准的工业过程自动化多接口模块(I2M)的实现。具有I2M的过程自动化可以通过有线或使用无线通信进行通信,而无需更改任何硬件或软件。我们利用FPGA资源实现I2M功能的FPGA,采用NIOS II处理器和ZigBee通信系统(IEEE802.15),以及RS232串行标准。部分项目是在SOPC Builder环境中完成的,这给了设计人员实现基于NIOS ii的微处理器系统的灵活性和速度。为了测试I2M的实现,使用一个说教式工业液压模块(MHI-01)来模拟由所提出的系统控制的两个工业过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IEEE1451-based multi-interface module (I2M) for industrial processes automation
This paper describes the implementation of a multi-interface module (I2M) for automation of industrial processes, based on the IEEE1451 standard. Process automation with I2M can communicate through either wires or using wireless communication, without any hardware or software changes. We used FPGA resources to implement the I2M functions FPGA, with a NIOS II processor and ZigBee communication system (IEEE802.15), as well as RS232 serial standard. Part of the project was done in the SOPC Builder environment, which gave the designer flexibility and speed to implement the NIOS II-based microprocessor system. To test the I2M implementation, a didactic Industrial Hydraulic Module (MHI-01) was used to simulate two industrial processes to be controlled by the system proposed.
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