纠错编码的英文

• error correction of coding
• golay code

• 纠错    error correction; error reco ...
• 编码    encoded; code; coded; encryp ...
• 纠错编码器    error correcting encoder
• 纠错编码理论    coding theory
• 前向纠错编码    forward error correction coding
• 正向纠错编码    fec forward error correcting coding
• 错编码    miscoding
• 检错编码    error detection coding
• 检错编码译码器    error detection encoder decoder
• 错编    miscode
• 纠错    error correction; error recovery◇纠错程序 error correcting routine; 纠错电路 error correction circuit; 纠错系统 error correction system
• 防错编程    defensive programming
• 密码错编    miscoding
• 单纠错    single error correction
• 纠错的    error correcting
• 纠错率    error correction rate
• 纠错码    error correcting code; self-correcting code◇纠错码方式 error correcting code system
• 纠错图    error correction diagram
• 纠错位    error correction bit
• 纠错码,纠错电码    error correcting code
• 编码    encoded; code; coded; encrypt; codogram; coding◇编码表 encode table; 编码程序 builder; 编码尺 coded scale; 编码地址 encode address; 编码电路 coding circuit; 编码度盘 coded circle; 编码方式 encoded mode; 编码符号 coded identification; 编码管 coding tube; 编码规则 code rule; 编码机 code machine; 编码控制系统 code control system; 编码理论 coding theory; 编码律 encoding law; 编码率 encoding rate; 编码脉冲 coded pulse; 编码盘 coding disc; coding mask; encoding board; 编码十进制 coded decimal; coded decimal notation; 编码十进制数 coded decimal number; 编码数据 coded data; 编码通信设备(系统) navamander; 编码信号 code signal; 编码信息 coded message; 编码员 coder; 编码指令 coded order; 编码字符组 coded character set
• 前向纠错，正向纠错    forward error correction (fec)
• 正向纠错, 前向纠错    forward error correction
• 单纠错码    single error correct code; single-error correct code
• 二进纠错码    binary error correcting code

• Simulations on the key technique of spread spectrum communications are studied here , according to the characteristic of lduwarc system , issues concerning pseudo - noise codes , spread spectrum method , correlation receiving and synchronization . we also design an error correction code for the system
  论文还对扩频通信的关键技术进行了仿真研究，针对远程声遥控系统的特点，讨论了扩频码、扩频方式、相关接收和同步问题，同时讨论了适合远程声遥控系统的纠错编码技术。
• Above all , [ 12 : 8 ] harming error correction theory is mentioned in this paper . the edac circuit designed by vhdl can works normally at different frequency of the cpu clock such as 66mhz 50mhz 40mhz 33mhz . the edac function of the circuit can also be disabled by software tool . meanwhile , some basic devices such as and logic , or logic , not logic and some small scale integrated circuits are also integrated in the fpga
  本论文阐述了12 ， 8汉明码纠错设计过程，采用vhdl语言实现纠错编码器（ edac ） ，本设计能够适应cpu时钟信号clk2的不同频率，如66mhz 、 50mhz 、 40mhz 、 33mhz ，并且能够通过软件的控制使fpga的纠错编码功能关闭。
• A method about how to design a real - time edac circuit based on aerospace computer which cantains 386ex cpuis is described in this paper . the main subject of this paper concentrates on the design of the edac ( error dectection and correction ) circuit which can accomplish the function that correct the errors of the data in sram
  本课题实现了基于386excpu航天计算机的实时edac （ errordetectionandcorrection ）电路的设计，即采用纠错编码设计来完成对sram中的数据进行纠错的功能。本课题的研究工作建立在第一轮386excpu航天计算机最小系统设计成功的基础之上。
• In fact , the mobile channel is one of the most unpredictable channels , so people are seeking for advanced techniques like error control coding . for example ; in the proposals of ieee 802 . 11n of next generation wlan the ldpc code is presented . at the present , ldpc code is a hot topic with sparse parity - check matries , the performance is near shannon limit and complexity is low
  为此,人们不断地研究和寻找多种先进的通信技术以提高移动通信的性能,纠错编码就是这样一种技术。如在下一代高速wlan的ieee802 . 11n的提案中,都提到了采用低密度校验码( lower - densityparity - checkcode , ldpccode ) 。
• In next mobile communication system to suffice more and more high - speed data service and demand of qos ( quality of service ) many new wireless link layer transport technologies are going to be used such as mimo ( multiple input multiple output ) , ofdm ( orthogonal frequency division multiplexing ) , channel coding and acm ( adaptive coding modulation ) etc . low density parity check ( ldpc ) codes were first discovered in 1960 ’ s which belong to linear block codes with their parity matrix being sparse
  下一代移动通信系统为了满足移动用户对高速、宽带数据传输业务不断增长和更高服务质量的要求,采用了许多新的无线链路传输技术,包括多天线发射和接收技术、正交频分复用技术、信道纠错编码技术和自适应编码调制技术等。上世纪60年代提出的低密度校验码,是一种校验矩阵为稀疏矩阵的线性分组码。