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Two novel shared-clock scheduling algorithms for use with 'Controller Area Network' and related protocols

机译:与“控制器局域网”及相关协议配合使用的两种新颖的共享时钟调度算法

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The Controller Area Network (CAN) protocol is widely employed in the development of distributed embedded systems. Previous studies have illustrated how a "Shared-Clock" (S-C) algorithm can be used in conjunction with CAN-based microcontrollers to implement time-triggered network architectures. This study explores some limitations of the existing S-C algorithms ("TTC-SC1" and "TTC-SC2"), and introduces two new algorithms ("TTC-SC3" and "TTC-SC4"). The results presented in the paper suggest that TTC-SC3 and TTC-SC4 are useful additions to the range of shared-clock algorithms.
机译:控制器局域网(CAN)协议被广泛用于分布式嵌入式系统的开发中。先前的研究已经说明了如何将“共享时钟”(S-C)算法与基于CAN的微控制器一起使用,以实现时间触发的网络体系结构。这项研究探索了现有S-C算法(“ TTC-SC1”和“ TTC-SC2”)的一些局限性,并介绍了两种新算法(“ TTC-SC3”和“ TTC-SC4”)。论文中提出的结果表明,TTC-SC3和TTC-SC4是共享时钟算法范围的有用补充。

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