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微机网络协同下的总线控制,把惯用的信息流程,用于汽车安设的电气控制之上。CAN架构之下的这种总线,带有实时管控及全面的特性;各个时段中的信息流,能驱动这一系统运转。安设了分布式架构下的电气控制,经由车身固有的线束简化,提升了原有的电控成效。CAN架构之下的批量传递,便利了信息分享。为此,有必要明辨概要的设计路径,拟定最佳的总思路。
Computer control under the bus network, the usual information flow, for the installation of electrical control on the car. This kind of bus under CAN architecture, with real-time control and comprehensive features; the flow of information in each period, can drive the system operation. The electrical control of the distributed architecture was installed, simplifying the wiring harness inherent in the vehicle body and enhancing the original electronic control performance. Bulk delivery under the CAN architecture facilitates information sharing. To this end, it is necessary to identify the outline of the design path, to develop the best general idea.