fault-tolerant ability

Simulation experiments show that algorithms A and C have better fault-tolerant ability .

通过模拟仿真实验，可知A、C算法均具有较高的容错能力。

Therefore , people gradually start to attach importance to the fault-tolerant ability in digital electronic system .

因此，数字电子系统的容错能力逐渐受到了人们的重视。

It is proved this sensor has rational , practicable design and fault-tolerant ability after field trial running .

经现场试运行表明：该传感器系统设计合理、可行，具有一定的容错能力。

The fault-tolerant ability of the FLN is very satisfactory .

可见网络的容错能力是十分令人满意的。

Application of multi-sensor information fusion technology to the intelligent instrument can improve the precision , dependability and fault-tolerant ability of the intelligent instrument greatly .

将多传感器信息融合技术应用于智能仪表之中，可大大提高智能仪器仪表的精度、可靠性和容错能力。

By using this scheme , INS / GPS integrated system will have high fault-tolerant ability , and can provide user with continuous and accurate navigation information .

通过采用该方案，INS/GPS组合导航系统将具有较高的容错能力，并能为用户提供连续、精确的导航信息。

The new protocol has good fault-tolerant ability , and it needs only one round to exclude all malicious participants and helps honest members complete group key agreement .

新协议具有良好的可容错性，并实现了单轮的组密钥协商，即诚实组成员只需一轮就可剔除所有恶意成员，并协商出共享的组密钥。

The multilevel topology has fault-tolerant ability in case of switch failures as well as self-voltage balancing ability without any additional control or neutral-point balancing circuit .

该电路拓扑中所有电容电压能实现自平衡，并且对开关管故障具有容错能力。

As a result , the successful rate is higher and the fault-tolerant ability is stronger . Therefore the ANN method might be referred as an effective assistant technique for long-range runoff forecast .

结果表明，该方法预报成功率较高，容错能力较强，可望成为径流长期预报的有效的辅助手段。

To solve these issues , erasure code with high fault-tolerant ability and low recovery-overhead , fault-tolerant storage management strategy for intermediate data , and power-aware data placement strategy are proposed .

针对上述问题，本文对高容错低修复成本的纠删码编码技术、基于纠删码的中间数据容错存储管理方法以及功耗敏感的数据放置方法进行了深入的研究。

Multi-robot system ( MRS ) has the advantages of strong fault-tolerant ability and high robustness , it can complete task efficiently and reliably under complex environment , so it has been paid much attention nowadays .

多机器人系统具有容错能力强、鲁棒性高等优点，能够在复杂环境下高效、可靠地完成任务，因而得到广泛的应用，并成为当前机器人领域的研究热点。

The thesis adopts several ultrasonic sensors to acquire obstacle characteristic information in unknown environment , through information fusion it can eliminate single data uncertainty so as to get exact environment data , enhance AGV fault-tolerant ability .

本文拟采用多个超声波传感器来获取未知环境中障碍物的特征信息，通过信息融合，消除单一数据的不确定性，从而获得准确的环境数据，提高了AGV容错能力；

While as another important branch of uncertain computing , the neural network , which constructed by numerous of inter-connective neurons , shows powerful non-linear mapping , adaptive , self-learning , robust and fault-tolerant ability .

而通过大量神经元互连形成的神经网络是不确定性计算领域的另一个重要分支，具有很强的非线性映射能力及自适应、自学习、鲁棒性和容错能力，是对人脑直观形象思维的模拟。

The bench test shows that these are simplification , good maneuverability , and high fault-tolerant ability in the controlling process . It can be considered as an auxiliary control method to realize multi-mode control in motor control of HEV .

台架实验证明该方法简单、可操作性好、容错能力强，可以作为车用电机的一种辅助控制方式，实现多模式控制。

Combined with the abilities of the union nerve network system fault-tolerant ability , the parallel processing ability , the antijamming ability and the processing non-linear problem ability , carries on the Rough set in the Neural Network the serial union .

结合神经网络系统的容错能力、并行处理能力、抗干扰能力及处理非线性问题能力，将粗集与神经网络进行串行结合。

However , the artificial nerve network simulating human brain movement has many advantages , such as the extremely strong non-line shape approach , the parallel processing , the self-training , self-studying , self-organizing and the fault-tolerant ability .

人工神经网络模拟人的大脑活动，具有极强的非线形逼近、大规模并行处理、自训练学习、自组织和容错能力等优点。

In this paper , a new netWork topology , Bidirectional Double-Loop LAN which has both strong fault-tolerant ability and high communications efficiency , is introduced , together with its distributed reconfiguration algorithm whose functional principles and stability have been described and analyzed in detail .

本文介绍了一种可兼顾环形网容错能力及通信效率的新型网络结构&双向双环局域网，以及它的分布式重构算法；对网络重构算法的功能原理及稳定性进行了详细的研究和分析。

The theory of BP neural network and BP learning algorithm are mature , and the BP network based on error back propagation algorithm has strong nonlinear mapping , generalization , fault-tolerant ability . The practice proved that BP network can solve a lot of practical problems .

BP神经网络与BP学习算法理论比较成熟，而且基于误差反向传播算法的BP网络具有很强的非线性映射、泛化、容错等能力，实践证明BP网络可以解决很多实际问题。

BP artificial neural network method can overcome some man-made factors of the traditional methods which exist in the process of selecting weight and constructing subjection function , and its own good fault-tolerant ability and non-linear approach mapping ability can make the results of evaluation more objective and accurate .

然而BP神经网络方法可以克服模糊综合评价法在权值选取及隶属函数构造方面的一些人为因素，并且具有良好的容错能力和非线性逼近映射能力，使得评价结果更加客观准确。

Simulation results conclude that the new fault-tolerant routing algorithm is of good fault-tolerant ability .

仿真实验表明，新的容错路由算法也具有良好的容错性能。

To solve this problem , the fault-tolerant real-time scheduling algorithms must be improved , to assure the fault-tolerant ability and increase the resource utilization at same time .

因此，改进实时调度算法，在保证容错所需资源的前提下，提高系统资源利用率是解决这一问题的主要手段。