树莓派通信模型能否处理车辆控制系统及其应用

S. Chikhale, S. Hate
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引用次数: 0

摘要

CAN通信帮助我们将复杂的有线源雕刻成简单的形式。使用树莓派CAN总线系统可以有效地访问车辆内部ECU参数和当今符合物联网的不同应用程序。我们可以使用树莓派应用程序远程控制车辆系统。此外,该技术不仅适用于车载系统,也适用于家用设备的控制。因此,利用can与物联网的融合可以有效地管理自动化,这是未来的需求。在本文中,我们提出了这些场景的一些基本实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CAN COMMUNICATION MODEL TO HANDLE VEHICLE CONTROL SYSTEM & ITS APPLICATIONS USING RASPBERRY PI
CAN communications helps us to engrave the complex wired source into the simple form. Using raspberry pi CAN bussystem can work effectively to access the vehicle internal ECU parameters and now-a-days different applications withIOT compliance. We can control the vehicle system remotely using the raspberry pi application. Also, not only for the system of vehicle we can control the home equipment’s using this technique. So automation which is the need of future can be effectively managed using the CAN withIOT convergence. We suggest some basic implementation of such scenarios over this paper.
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