We combine the error-tolerant technology with no error-tolerant technology to carry out the detection of the frame synchronization code.
提出一种数字传输系统中帧同步码的检测方案，利用容错技术和非容错技术相结合来实现帧同步码检测。
On the basis on CAN bus technology, the designs of NCAP hardware module, error-tolerant protocol and priority upgrade algorithm are developed.
基于CAN总线技术完成网络适配器(NCAP)硬件模块、容错协议和优先晋升算法的设计。
She suggested that measuring usability is a function of five e's (effective, efficient, engaging, error tolerant, easy to learn).
她认为度量可用性要衡量5个指标：有成效、高效率、参与程度、容错程度、学习难易度。
The transaction manager needs to be tolerant to different behaviors due to different error codes returned by different resource managers for similar kinds of failures.
事务管理器要能够容忍不同资源管理器在发生类似错误时返回的不同错误代码而导致的不同行为。
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。
In order to improve querying efficiently, this paper creates the error tolerant index basing reference relations.
为了提高查询效率，提出了对参照关系建立错误容错索引。
Besides, the courseware is recorded in the classroom which makes the audio quality comparatively poor, our method should also be an error tolerant one.
此外，由于课件均在实际教室中录制，其语音质量往往不高，本文提出的方法还将具备一定的容错能力。
In this paper, error tolerant techniques are studied for large vocabulary speaker independent Chinese continuous speech recognition and understanding systems.
本文研究了大词汇量非特定人汉语连续语音识别和理解系统中的容错技术。
The result show that a commercial non fault tolerant computer can achieve higher error detection coverage by adding simple software based EDMs in it.
结果表明，在非容错商用计算机系统中加入简单的软件实现的错误检测机制，也可以达到很高的错误检测覆盖率。
DFS can be used to construct quantum error avoiding code which is fault tolerant automatically.
利用DFS的特性可以实现自动容错的量子避错码。
This paper proposes a soft error tolerant high reliable micro controller, FT51.
文中给出一种容软错误高可靠微控制器FT51。
So, it is very important to decrease precision of real-time task and provide a maximize-utility fault-tolerant optimal scheduling to assure timeliness and reliability in the presence of multi-error.
因此，适当降低实时任务精确度以及在错误发生时提供最大利用率的容错优化方法以保证系统的实时性与可靠性变得非常重要。
So, it is very important to decrease precision of real-time task and provide a maximize-utility fault-tolerant optimal scheduling to assure timeliness and reliability in the presence of multi-error.
因此，适当降低实时任务精确度以及在错误发生时提供最大利用率的容错优化方法以保证系统的实时性与可靠性变得非常重要。
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