To overcome the pre-delivery message delay, this paper puts forward an optimistic atomic broadcast technology based on IP multicast.
为解决信息被交付之前出现的延迟问题，又利用IP组播技术提出了一种乐观的原子广播技术。
Based on the mathematic model of CAN message delay time under the influence of the error frames, the primary impact on message delay time is analyzed.
结合CAN报文延迟时间在错误帧影响下的数学模型，分析了影响报文延迟时间的主要因素。
The paper proposes a distributed algorithm for part message delay-constrained multicast routing directed at ensuring quality of service of multicast tree.
为保证受限多播树的服务质量，提出了一种利用局部信息的时延受限多播路由算法。
The message delay is an important performance index of tactical data link, and the method of time slot allocation has great effect on the time delay performance.
时延是战术数据链的重要性能指标，时隙分配方案对时延有很大的影响。
According to the experimental platform based on CAN, the CAN message delay time is online examined. The difference between theoretical analysis and actual transmission delay is also analyzed.
通过所设计的CAN网络实验平台，在线检测CAN报文延迟时间，分析报文实际传输时延与理论分析的差异。
Message delay, jitter and packet loss are compared under different conditions.
比较了各种不同条件下的报文传输时延、时延抖动和丢报率。
Message delay, jitter and packet loss are compared under different conditions.
比较了各种不同条件下的报文传输时延、时延抖动和丢报率。
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