针对星球机器人分布计算系统容错的可靠组播通信，提出了一种基于向量时间的原子组组播协议。
An atomic multicast protocol based on vector time is proposed for reliable group communication of distributed computing sys - tem of planetary rover.
无需终端的周期性位置更新操作，即可使移动通信系统获得对位置数据库的容错能力。
A mobile communication systems robustness in case of a location-database failure is improved without the need for periodic location update operations.
介绍了先进飞机供电系统及其控制系统的组成，并对数据通信总线的容错设计进行论述。
Advanced aircraft power system and its control system was introduced and fault tolerant design of data bus was discussed.
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