EDA则被当作一种特殊的活动，它包括低延时总线，提供复杂的、近似实时事件处理能力。
EDA has been painted as a specialized activity involving low-latency busses and the like to support complex near real-time events.
延时分析是高速信号设计特别是高速总线设计中的关键内容，直接决定了设计的成败。
Analysis on delay is one of the most important points in high speed design, especially in high speed bus design, and it is the base of a successful design.
根据报文传送延时模型，分析了CAN总线的传输净延时和MAC访问机制。
According to a message transmission delay model, CAN bus transmission neat delay and MAC access mechanism were analyzed.
然后介绍了CAN总线的协议规范，根据其介质访问控制方法，详细地分析了CAN总线上报文延时产生的原因。
And then explains CAN protocol precisely. According to the media access controlling method of CAN protocol, the reason of delay time was discussed.
然后介绍了CAN总线的协议规范，根据其介质访问控制方法，详细地分析了CAN总线上报文延时产生的原因。
And then explains CAN protocol precisely. According to the media access controlling method of CAN protocol, the reason of delay time was discussed.
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