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- The fault tolerant driver deleted a corrupt descriptor on disk %2. 容错驱动程序已在磁盘%252上删除一个损坏描述符。
- Reliability of fault tolerant control system with Markovian parameters. 带马尔可夫参数容错控制系统的可靠性分析。
- The fault tolerant driver could not read the on disk structures from disk %2. 容错驱动程序无法从磁盘%252读取磁盘结构。
- The fault tolerant driver could not write on disk structures to disk %2. 容错驱动程序无法将磁盘结构写入磁盘%252上。
- Load balancing and fault tolerance features. 负载平衡和容错特征.
- Backup Link A resilient (fault tolerant) link which is not used until the primary link fails. 备份链路弹性(容错)链路,主链路故障后启用。
- Fault tolerant components also help provide highly available connectivity to network resources. 容错组件还有助于提供对网络资源的高可用性连接。
- An unrecoverable error occurred trying to synchronize fault tolerant set information. 同步容错集信息时，出现了一个不可恢复的错误。
- The fault tolerant measures that you implement depend on the availability goals you want to reach. 所采取的容错措施取决于您想要达到的可用性目标。
- For more information, see "Using Multiple Physical Sites" in System-Level Fault Tolerant Measures. 有关详细信息,请参阅系统级别的容错措施中的“使用多个物理站点”。
- A method based on adjacency matrix was presented. The fault tolerant formation could be obtained by this method. 针对基于leader follower模式的多机器人编队运动中可能出现的机械故障和网络故障 ;提出了一种基于相邻矩阵的容错控制方法 .
- All of the redundancy, security and fault tolerance in the world cannot help you when it comes to a damaged, corrupt, or lost database. 当数据库损坏、毁坏或丢失时,世界上任何冗余、安全和容错技术都将无能为力。
- Fault tolerant ability is an important aspect for overall evaluation of distributed system(DS). 容错性是全面评价分布系统的重要方面。
- Finally, a system fault tolerant control method based on FDD (Fault Detection and Diagnostics) technology is designed. 设计了基于故障检测与诊断技术的容错控制方案。
- This paper presents several feasible and practicable schemes of data fault tolerant bases on the product of Compaq. 以COMPAQ产品为例 ;给出了几种可行实用的数据容错系统方案 .
- This shows that the crossed cube is a network with better fault tolerant properties. 研究结果表明，交叉立方体是可重构性和容错性皆佳的网络。
- This paper surveyed Byzantine fault tolerant productions of P2P storage system in recent years. 摘要综述了近年来P2P存储系统拜占庭错误冗余相关技术的研究成果；
- The result is high speed,high fault tolerance and high reliability. 得到的结果是高速度、高容错和高可靠。
- The drawback to RAID-0 is its lack of fault tolerance. RAID-0的缺点是缺乏容错能力。
- Each level uses a different algorithm to implement fault tolerance. 每个级别使用不同的算法实现容错。
