突发错误的英文

• burst error
• error bursts

• "错误"英文翻译    wrong; mistaken; incorrect; ...
• "纠突发错误码" 英文翻译 :    burst-correcting code
• "纠正突发错误" 英文翻译 :    burst-error correction; burst-error-correction
• "突发错误长度" 英文翻译 :    burst error length
• "突发错误信道" 英文翻译 :    burst error channel
• "纠突发错误能力" 英文翻译 :    burst-correcting ability
• "纠正突发错误码" 英文翻译 :    burst correcting code; burst error correcting code
• "纠正突发错误能力" 英文翻译 :    burst correcting ability; burst error correcting capability
• "纠正突发错误效率" 英文翻译 :    burst correcting efficiency
• "突发错误处理器" 英文翻译 :    be burst error processor
• "突发错误改正码" 英文翻译 :    burst-correcting code
• "突发错误校正码" 英文翻译 :    error bursts correction code
• "最佳纠突发错误码" 英文翻译 :    optimal burst correcting code
• "高级突发错误处理器" 英文翻译 :    abeadvanced burst error processor
• "最优突发错误纠正码" 英文翻译 :    optimum burst correcting code
• "纠突发错码" 英文翻译 :    burst error correction codes
• "初发错误" 英文翻译 :    incipient error
• "间发错误" 英文翻译 :    intermittent error
• "引发错误" 英文翻译 :    raise an error; throw errors
• "猝发错误" 英文翻译 :    burnisher error; burst error
• "最佳突发错纠正码" 英文翻译 :    optimum burst correcting code
• "并发错误检测" 英文翻译 :    concurrent error detection
• "信号收发错误" 英文翻译 :    sqe: signal quality error
• "纠突发错和随机错码" 英文翻译 :    burst and random error correction codes
• "不讲情面地揭发错误" 英文翻译 :    expose mistakes without sparing anyone's sensibilities

• An interleaver was introduced between the two encoders to scatter bursts of error produced by the inner decoder
  两个编码器之间加进去一个交织器用来扩散内码产生的突发错误。
• In addition , reed - solomon ( rs ) coding and interleaving are applied to c orrect long outburst error , so the performance of the system is enhanced once more
  Rs编码和交织技术的结合，更能纠正较长的突发错误或多个突发错误，进一步提高了系统的性能。
• However , in actual channels , rs code need be applied in combination with interleaving and scrambling in most cases to deal with sudden errors that break out continuously
  而在实际信道中，由于常常要对付连续出错的突发错误，因此rs码常常还要与交织和加扰结合应用。
• Among the linear block codes , rs code is an important one widely used in modern digital communications , which can correct both random and bursty errors with the most powerful error - correcting capability
  Rs码是一种典型的纠错码，在线性分组码中，它具有最强的纠错能力，既能纠正随机错误，也能纠正突发错误。
• A cyclic check code used to check and correct the burst error appeared in the transmission procedure of binary information sequence . it is one of the error check codes in common use for computer disc memory
  用来检查、纠正二进制信息序列在传输过程中出现的突发错误的一种循环校验码，它是计算机磁盘存储器常用的错误校验码之一。
• Our scheme decreases l - 2db required eb / i0 relative to variable - power fixed rate transmission . we also show that this combined scheme avoid large errors occur . this allows the interleaving depth to be reduced
  相对固定速率可变功率的传输方式，我们给出的方案使系统所需信干比eb io降低1 - 2db ，同时避免大块突发错误的产生，降低了交织深度。
• When there are less random errors in the channel , inner code can be utilized to correct them ; when there are lasting accidental errors or too many random errors beyond the inner code ' s capacity ,
  当信道产生少量的随机错误时，通过内码就可以纠正。当产生较长的突发错误或随机错误很多，超过内码的纠错能力，则内译码器产生错译，输出的码字有几个错误。
• In the simulation , its redundancy - rate - distortion performance is analyzed firstly , then the performance of error concealment and error resilience , the coding framework proposed in this paper are tested and compared with the mdc based on pct and sdc in error - prone environments , the results testify that not only the proposed mdc scheme has a better robustness but also a higher coding efficiency , which ensures reliable transmission of compressed digital video over networks
  在仿真实验中，首先对其冗余率失真进行了分析，然后和基于pct的mdc及传统单描述编码方法在有突发错误及丢包坏境中，对错误隐藏和错误复原等抗误码性能进行了比较，结果表明：本文的多描述编码在易错环境中不仅具有更优良的抗误码性能，而且编码效率较高，能够保证在网络上视频传输的可靠性。
• Shortwave channel is time varying transmission channel . it has dispersion in frequency and time domains . this characteristics hinds the data transmi - ssion at high speed and the correction of received data . in this dissertation i have analyzed the statistic characteristic of shortwa - ve channel , established the model of shortwave channel and simulated the rayl eigh fading distribution . the technology of spreading spetrum has been proved that it has the capability for anti - multipath and discerning multipath
  在短波通信中，由于信道的时间色散和频率色散，引起多径展宽和多径衰落，前者限制了数据的传输速率，后者造成短波数据通信中出现突发错误，为了解决多径效应对短波通信的影响，本文所做工作如下：首先详细分析了短波信道的统计特性，建立其数学模型；其次分析了扩频通信的特点，从理论上证明扩频技术不仅具有抗多径干扰能力，而且具有分离多径的能力；介绍了传统的rake分集合并技术的特点。
• Many of communication systems take the convolutional code and viterbi algorithm as the channel coding scheme . the viterbi algorithm decoding is a kind of maximum likelihood decoding , and its performance is good over additive white gaussian noise ( awgn ) channel , but when burst errors occur , the decoding performance may be greatly degraded
  维特比译码算法是最大似然译码,在由高斯白噪声引起的随机错误的信道中有良好的性能,但当信道错误集中或为突发错误信道时,维特比译码算法则性能急剧下降。