差错检测的英文

• error detection

• "差错"英文翻译    mistake; error; slip
• "检测"英文翻译    check; detection; test; gaug ...
• "差错检测码" 英文翻译 :    edc error detection code
• "差错检测器" 英文翻译 :    error detector
• "差错检测电路" 英文翻译 :    edc error detection circuit
• "传输差错检测" 英文翻译 :    transmission error detection
• "传送差错检测" 英文翻译 :    ted transfer error detection
• "实时差错检测" 英文翻译 :    real time error detection
• "突发差错检测" 英文翻译 :    burst error detection
• "执行差错检测" 英文翻译 :    execution error detection
• "差错检测和纠错" 英文翻译 :    error detection and correction; nbsp
• "差错检测与处理" 英文翻译 :    edh
• "突发差错检测码" 英文翻译 :    burst error detection code
• "差错检验" 英文翻译 :    error check
• "差错检验码" 英文翻译 :    error checking code
• "差错检验电路" 英文翻译 :    error check circuit
• "差错检验信号" 英文翻译 :    error checking signal
• "差错检验字符" 英文翻译 :    error check character
• "双错检测" 英文翻译 :    double error detection，ded
• "双错检测码" 英文翻译 :    double error detecting code
• "位错检测" 英文翻译 :    detection of dislocation
• "字节错检测码" 英文翻译 :    byte error detecting code
• "差错检查, 错误校验" 英文翻译 :    error checking
• "差错检出及排除" 英文翻译 :    checking and recovery error
• "差错检验与纠正" 英文翻译 :    error check and correction

• Error detection code ed
  差错检测码
• Then discusses several error control protocols , their characteristic realization arithmetics
  接着讨论了一些差错检测技术，各自的特点及实现算法。
• 2 castillo x , mcconnel s r , siewiorek d p . derivation and calibration of a transient error reliability model . ieee trans
  因此，设计vlsi电路级的差错检测和差错校正逻辑以防护存储器和逻辑电路是很有必要的。
• An error detecting method which can prevent the decoding error affecting the next video packet head is used , and a restoration measure for b frame based on the mv prediction which can improve the visual quality has been studied . 3 . a novel marking algorithm for ip diffserv based on the transmission condition and the different importance of video streams for decoder has been introduced
  2实现了mpeg - 4的差错检测、可逆变长解码rvld和差错掩盖方法:对i或p帧纹理区的差错先用rvld进行解码,然后对残留的差错用空间插值或运动补偿方法进行掩盖,而对p帧的运动矢量mv ,利用图像的空间平滑特性进行恢复; 3针对b帧差错的复原,我们还提出了一种基于运动估计的方法。
• The research area covered by the thesis includes embedded system design , hardware infrastructure of embedded gis system , architecture of nand flash , error detect code / error check code and there algorithm , journal file system , gis file index , wear leveling for nand flash , file system page cache and write delay , dynamic compression in file system etc . first , the thesis first analysis the embedded gis status in quo , technology background , difficulty it facing
  本文研究领域涉及嵌入式系统开发、嵌入式gis系统软硬件框架、 nand芯片体系结构、差错检测差错校验( edc ecc )算法、日志文件系统、文件索引、芯片擦写平衡、文件系统页面cache与延迟写技术、文件系统实时压缩等技术。
• This thesis discusses detailedly the flow process of ip multicast , error discovery method and error recovery method , and also proposes a new error control method to implement reliable multicast in computer supported cooperative design system : serial integrates with timer are used to discover error , arq mechanism based on nak feedback is modified to correct error , " sliding window " mechanism is imported to make up the drawbacks of traditional nak , and " slotting and damping " technique is used to resolve the question of " feedback implosion " which results from multicast reliability control
  详细研究了ip多播传输的流程、数据传输的差错检测方法及差错恢复方法，提出在协同设计系统中实现可靠多播的控制方法：利用序列号和计时器相结合的方法进行传输数据的差错检测，改进了基于nak反馈信息的arq重传机制来实现差错恢复，并引入了滑动窗口机制来解决传统nak方法的不足，采用“时间分槽?抑制”技术来解决由于进行多播可靠控制而产生的“反馈内陷”问题。
• In this thesis , the principle of polarized light wave transmit in optical fiber is researched , i . e . principle of ternary optical fiber communication is researched . based on the researches , the construction of ternary codes optical end machine and 3b2t optical end machine used in two - state fiber net are designed . the construction and component of circuits in 3b2t optical ( called sign converter circuit - scc ) are designed particularly , including : the clock synchronization module , the data synchronizing , code converting module , frame managing module and error exam and managing module
  本文研究了线偏光波动理论以及在光纤中的传输原理，研究了三值光通信系统原理和器件原理；在此基础上，设计了三值光端机和在现有两值光纤网中实现三值光通信的3b2t三值光端机的组成结构，详细设计了3b2t三值光端机的电路组成部分(称为电信号变换电路scc ) ，包括：时钟同步模块、数据同步模块、码元变换模块、帧处理模块及差错检测和处理模块；而且在三值光纤通信基础上，提出了四值光通信的原理和偏分复用的实用化方法。