The implementation method of TTCAN dynamic scheduling algorithm is proposed in this paper.
本文提出了一种TTCAN的动态调度算法的实现方法。
The realization of the redundancy TTCAN network includes the cycle time, Synchronization of phase for global time, the synchronization of rate and so on.
该TTCAN冗余网络的实现包括循环时间、全局时间的相位同步、速率同步等。
TTCAN protocol has been designed for hybrid electric vehicle according to the structure of control system and the real-time demands of controller network.
根据某混合动力电动汽车控制系统结构和控制器网络对信息实时性的需求，设计了该车的TT CAN协议。
The results indicated that TTCAN was suitable to mixed power electric vehicle in the present and the design of multi - power unit was correct and credible.
研究结果表明TT CAN网络目前是适应混合动力电动汽车的要求的，同时说明多能源模块的设计是正确和可靠的。
A TTCAN protocol has been designed for hybrid electric vehicle according to the structure of control system and the real-time demands of controller network.
根据某混合动力电动汽车控制系统结构和控制器网络对信息实时性的需求，设计了该车的TT CAN协议。
As the extension of the optimal loading problem, periodic task scheduling of TTCAN has many important applications in real-time distributed systems that are communication time critical.
TT CAN周期性任务调度是最优装载问题的推广，它在通信时间关键的实时分布式系统中有着很强的应用背景。
As the extension of the optimal loading problem, periodic task scheduling of TTCAN has many important applications in real-time distributed systems that are communication time critical.
TT CAN周期性任务调度是最优装载问题的推广，它在通信时间关键的实时分布式系统中有着很强的应用背景。
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