文中给出一种容软错误高可靠微控制器FT51。
This paper proposes a soft error tolerant high reliable micro controller, FT51.
流水线电路具有工作频率高、时序单元数量多的特点，易受软错误影响。
Pipeline circuits that have high working frequency and a large number of sequential elements, are easily affected by soft error.
本文提出了基于现场保存与恢复的双核冗余软错误恢复执行模型DCR。
The dual-core redundancy based on context saving and recovery (DCR) executes two redundant threads of a given program on separate cores.
由于软错误不能由服务器实例直接检测到，因此，可能导致服务器实例不确定地等待某个响应。
Because soft errors are not detectable directly by a server instance, a soft error could potentially cause a server instance to wait indefinitely.
随着集成电路特征尺寸进入纳米级，高能粒子造成的软错误已对电路的正常工作构成严重威胁。
As the feature sizes of integrate circuits decrease to nm, high-energy particles have posed a great threat to circuits' normal function.
使用软装入，如果出现了错误，那么将立即对请求的程序进行报告；而对于硬装入，NFS将不断地进行重试。
With a soft mount, if there is an error, it is reported immediately to the requested program, while with a hard mount, NFS keeps retrying.
弱引用有时会错误地用于取代软引用，用于构建缓存，但是这会导致差的缓存性能。
Weak references are sometimes mistakenly used instead of soft references for building caches, but this will result in poor caching performance.
软损坏包括磁道伺服信息出错、系统信息区出错和扇区逻辑错误。
The soft damage included tracks serving information error, system information error and logical error of the sectors.
实验结果表明，软判决检测的比特错误率普遍低于硬判决检测的比特错误率，在高斯噪声情况下，甚至能低0.169。
Experimental results indicate that the Bit Error Rate (BER) of soft-decision detection femains lower than that of hard-decision detection, even 0.169 lower in gaussian noises.
当增益集将产生一个错误，并不会导致未预期地关闭应用程序时，会发生软停用。
Soft disabling can occur when an add-in produces an error that does not cause the application to unexpectedly close.
当增益集将产生一个错误，并不会导致未预期地关闭应用程序时，会发生软停用。
Soft disabling can occur when an add-in produces an error that does not cause the application to unexpectedly close.
应用推荐