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Implementation of CAN Bus Protocol on XENOMAI RTOS on ARM Platform for Industrial Automation

机译:在工业自动化的ARM平台上的XENOMAI RTOS上实现CAN总线协议

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Presently, when we consider an industry of large area then real time Data Acquisition and also Monitoring and Controlling of Process signal in the real time for industrial automation each section involved in the industry is a very complex and still for this system stable, efficient, deterministic and reliable real time performance is the Issue. To overcome these above factors I propose “Implementation of CAN Bus Protocol on Xenomai RTOS on ARM Platform for Industrial Automation”, which aims to develop an Cost effective, reliable, efficient, deterministic and robust real time distributed embedded control system for Industrial Automation. This can be achieved by CAN bus Protocol, Xenomai RTOS and the ARM Platform which are the main key point of our project. In this I improve the CAN Bus Protocol Driver (CAN Real Time Driver Model) for Improve the Stability and Real-time Ability of CAN Bus Protocol and efficiently use Xenomai RTOS features for this Project.
机译:目前,当我们考虑一个大面积的行业然后实时数据采集以及在工业自动化的实时监测和控制工艺信号的每个涉及行业所涉及的每个部分都是非常复杂,仍然稳定,高效,确定性可靠的实时性能是问题。为了克服上述因素,我建议“在工业自动化臂平台上关于Xenoma RTOS的CAN总线协议”,旨在开发成本效益,可靠,高效,确定的实时分布式嵌入式控制系统,用于工业自动化。这可以通过CAN总线协议,XenomaITTOS和ARM平台来实现,这是我们项目的主要关键点。在此,我改进了CAN总线协议驱动程序(可以实时驱动程序模型),以提高CAN总线协议的稳定性和实时能力,有效地使用此项目的Xenomai RTOS功能。

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