Markov model is often used to analyze reliability of dynamic system . however , because the size of state space will increase exponentially as the size of system augments , the construction and solution of markov model are tedious and error prone , even cannot be used 马尔可夫模型是动态系统可靠性分析中的一种常用方法,但其状态空间的规模随系统规模增大呈指数增长,导致马尔可夫模型的建立和求解非常繁琐,有时甚至由于运算量太大而无法使用。
Deploying ibm websphere commerce code assets ejb files , commands , jsp files , properties files and so on from a websphere commerce development environment to a websphere commerce server environment is a manual and repetitive task that is error prone 将ibm websphere commerce代码资产（ ejb文件，命令， jsp文件，属性文件等）从websphere commerce开发环境部署到websphere commerce server环境是一个人工的、重复性任务，而且这项任务很容易产生错误。
Markov model can be used to analyze reliability of dynamic system . however , because the size of state space will increasing exponentially as the size of system augments , the construction and solution of markov model are tedious and error prone , even can not be used 马尔可夫过程模型是动态系统可靠性分析中一种常用方法，但其状态空间的规模随系统规模增大而呈指数增长，导致马尔可夫模型的建立和求解非常繁琐，有时甚至由于运算量太大而无法使用。
Loss of information during transmission of compressed video over error prone networks may lead to objectionable visual distortion in the decoded video , and such distortion can propagate to many frames because of the motion compensated prediction and the variable - length coding used 采用运动补偿预测及可变长编码的压缩视频数据，在极易发生干扰的网络环境中传输时，信道传输差错对压缩编码图像质量影响很大，有时甚至会导致整个视频通信完全失效。
However , the application environment represented by internet and wireless channel is a kind of time variant and error prone channel , so it becomes an urgent to - be - solved problem of video transmission that how to improve the error - resilience features of video stream against the channel errors , and how to improve the visual quality in the error - prone environment 然而,以因特网、无线信道为代表的应用环境是一种时变信道,而且容易发生误码,如何提高视频码流抗传输误码的能力,提高视频恢复质量,成为无线移动环境下视频传输应用中急需解决的问题。
Software release management is often a manual and laborious process and consequently , sometimes error prone . in this tutorial you will learn how to use ibm rational clearcase , clearquest , and unified change management to automate the construction and documentation of releases . you ll also learn how to use ibm tivoli configuration manager to transition deploy the releases 在这篇教程中你将学习到如何使用ibm rational clearcase , clearquest和统一变更管理( ucm )来自动化版本的构建和文档化，同时，你也可以使用ibm tivoli configuration manager来转换（部署）软件的版本。
In e coli , dna polymerases are key enzymes involved in two distinguished pathways contributing to untargeted mutagenesis . replication of dna by pol v ( umuc ) , in the presence of umud1 , reca and single strand binding protein ( ssb ) , is highly mutagenic and exhibits a predominant mutation pattern of base transversion . another error prone polymerase involved in untargeted mutagenesis is pol iv , encoded by dinb gene 在umud ' ， reca和单链结合蛋白ssb的协助下， polv ( umuc )能在单链模板上催化dna合成并产生高频率的以碱基颠换为主要形式的突变；另一个与非定标性突变有关的易误dna聚合酶是pol ，为dinb基因的编码产物。
