fault recovery中文是什么意思

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中文翻译
造句

故障恢复
故障修复

fault n. 1.过失，过错；罪过，责任。 2.缺点，缺陷，瑕疵 ...
recovery n. 1.重获；复得；恢复，收回，回收。 2.还原，复原 ...
security and fault recovery 安全和故障消除
in recovery 改出时
recovery n. 1.重获；复得；恢复，收回，回收。 2.还原，复原；痊愈；苏生；矫正。 3.回缩。 4.填地。 5.【法律】胜诉。
at fault 感到困惑, 有故障; 有错; 有过失; 有毛病; 罪有应得
fault n. 1.过失，过错；罪过，责任。 2.缺点，缺陷，瑕疵。 3.(猎狗的)失去嗅迹。 4.【电学】故障，误差；漏电；【地质学；地理学】断层。 5.【网球】发球出界；犯规。 Faults are thick where love is thin. 〔谚语〕一朝情义淡，样样不顺眼。 fault detection 【机械工程】探伤。 The fault is his own. 这是他自己的错。 a grave fault in a theory 理论上的重大缺陷。 a fault in the machine 机械故障。 image fault 【物理学】像差，影像失真。 numerical faults 数值误差。 a fault on the right side 因祸得福。 be at fault 1. (猎犬追捕猎物等时)失去嗅迹，踌躇不前；不知所措，正在为难。 2. 出毛病，有故障。 3. ＝ in fault (My memory is at fault . 我想不起来了)。 find fault in 看出…缺点。 find fault with 找…的岔子。 have no fault to find with 无错可寻。 hit off a fault (猎狗)闻出(曾一度错失的)嗅迹。 in fault 有过错，有责任 (Who is in fault 是谁的不是？)。 to a fault 过度，极端 (He is kind to a fault. 他过分老实)。 whip a fault out of sb. 鞭打某人使之改过。 with all faults 不保证商品没有缺点。 without fault 〔古语〕无误，确实。 vi. 1.【地质学；地理学】产生断层；有断层余迹。 2.发球出界；犯规。 3.〔方言〕责备，挑剔。 4.〔古语〕犯错误，做错。 vt. 1.找…的岔子，挑剔；〔方言〕责备。 2.【地质学；地理学】使产生断层。 3.把…做错。 He faulted my speech in two ways. 他认为我的讲话有两点不妥。 fault one's performance 表演发生失误。
in fault 有过错
no fault 无过失
to a fault 过分地
recovery room recovery room 康复室
fault liability; liability for fault 过错责任
fault page fault 中断过错页中断
fault scarp(fault escarpment) 断层崖
heave fault; tear fault 捩断层
reversed fault(reverse fault) 逆断层
seissors fault differential fault 剪断层
transcurrent fault(transverse fault) 横移断层
a et recovery 资源回收
acid recovery 酸回收厂
active recovery 积极性恢复
actual recovery 实际收率
adiabatic recovery 绝热恢复温度
adsorption recovery 吸附法溶剂回收
aerial recovery 空中回收

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例句与用法

Research on fault recovery in distributed parallel vod system
系统中故障恢复的研究
Multicast fault recovery on network coding
基于网络编码的多播网络故障恢复
You can set up fault recovery to automatically handle domino server crashes
您可以将故障恢复设置为自动处理domino服务器崩溃。
Some study on mpls is carried out . architecture , operational mechanisms and fault recovery mechanisms based mpls are discussed
所以mpls的故障恢复机制( faultrecovery )一直是mpls流量工程研究的重点之一。
This occurs following a fault recovery process or when the system is returning to an online state after certain administrative procedures
这种情况出现在下列故障恢复过程之中或是系统完成某个管理过程之后回复到在线状态时。
3 . this paper designed and realized mpls traffic engineering fault recovery simulation based on ns . it tested relational algorithms and analyzed the simulation result in the end
3 .基于ns设计出mpls的故障恢复仿真器,在该仿真平台上对相关算法进行了仿真验证,并给出了仿真结果的性能分析和比较。
To be high available , a . core router should allow the insertion and extraction of boards without adversely affecting system operation . also it should allow its system reconfiguration and its fault recovery to take place with no system down time and minimum operator interaction
为了满足高可用性的要求，核心路由器应该支持系统运行时的设备板的插入和拔出，支持在不关闭系统和操作员干预尽可能少的情况下的系统重组和恢复，支持对故障的隔离。
However , if there is no backup lsp when the primary lsp fails in mpls network , mpls frames cannot be forwarded to destination . therefore , fault recovery has become an important research area in mpls traffic engineering . the main contributions of this paper are as follows : 1
然而,在mpls网络中,当网络发生断线故障时,无法象传统ip网络,数据包可以通过路由表找到别的路径传送到达目的地,在mpls网络中由于断线故障造成一条lsp不通时,如果没有另外一条备份lsp ,将会导致业务流传送断掉。
Hence , grid resource information services ( gris ) are a vital part of any grid software infrastructure , providing services such as fault detection , performance analysis , performance forecast , fault recovery , and schedule , and so on . accurate obtaining , effective managing and efficient retrieving of resource information are the key technologies in gris . in this paper , we study two key technologies
因此,网格资源信息服务( gris )是网格软件基础架构的关键部分,它提供了一套基础的发现和监控网格资源的机制,并以此规划和调整软件的行为,为网格上层应用提供服务,比如故障检测、性能分析、性能预测、故障恢复、任务调度等。
In the main body of this paper , the database design process is introduced , in which the database relation schema , data integrity and fault recovery are emphasized , and , the communication protocol designed for remote data acquisition is discribed and validated by petri nets , the develop method of client application and resolvent to some problems are also discussed , including the design of communication component , the asynchronous data return , how to dynamically return image to the client navigator in web application etc . finally , an abbreviated evaluation about the finished system is given
在论文的主体部分，论文详细介绍了数据库的设计过程，其中主要涉及到关系模式的规范化、数据完整性和故障恢复设计等，随后，文章设计了一种用于远程数据采集的通信协议，并使用petri网进行了描述和验证，论文也介绍了如何进行客户端应用程序的开发以及一些主要问题的解决，主要包括通信控件的设计、采集数据的异步返回、在web应用程序中如何动态为客户端返回图形等。最后，论文对整个系统做了一个简单的评估。