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CAN With eXtensible In-Frame Reply: Protocol Definition and Prototype Implementation

机译:具有可扩展帧内答复的CAN:协议定义和原型实现

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Controller area network (CAN) has been the de facto standard in the automotive industry for the past two decades. Recently, CAN with flexible data-rate (CAN FD) has been standardized, which achieves noticeably higher throughput. Further improvements are still possible for CAN, by exploiting its peculiar physical layer to carry out distributed operations among network nodes, implemented as atomic transactions mapped on quasi-conventional frame exchanges. In this paper, a proposal is made for an extension to the CAN protocol, termed CAN with eXtensible in-frame Reply (CAN XR), which enables upper protocol layers to define new custom services devoted to, e.g., network management, application-specific functions, and high-efficiency data transfer. The key point is that CAN XR retains full backward compatibility with CAN, therefore, there is no need to change the protocol specification once again.
机译:在过去的二十年中,控制器局域网(CAN)已成为汽车行业的事实上的标准。最近,具有灵活数据速率(CAN FD)的CAN已被标准化,可显着提高吞吐量。通过利用CAN的特殊物理层在网络节点之间执行分布式操作(实现为映射在准常规帧交换上的原子事务),CAN仍有进一步的改进。在本文中,提出了对CAN协议的扩展建议,称为具有可扩展帧内答复的CAN(CAN XR),它使高层协议层可以定义专门用于例如网络管理,特定于应用程序的新定制服务。功能和高效的数据传输。关键是CAN XR保留了与CAN的完全向后兼容性,因此,无需再次更改协议规范。

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