Decreases decoder and demodulator selection error using a Hidden-Markov Model (HMM) in this paper.
本论文采用隐马尔可夫模型(HMM)来减小解码与解调选择错误。
Based on the weight distribution of MDS codes, the probabilities of decoding error and decoding failure for incomplete decoder were obtained.
基于最大距离分割(MDS)码的码重分布，得到了不完全译码器中发生译码错误和译码失败的概率。
For the detected error words by the LDPC decoder, the characteristics of code bits reliability information is investigated.
分析了低密度校验(LDPC)码译码所产生的错误码字中码位的译码输出量可靠度信息的统计特性。
With weighting the factors of video subjective quality, it integrates the technology of transmission, robust coding and error resilience of the decoder.
该方法是在权衡考虑影响视频主观质量多种因素的基础上，并综合了传输、鲁棒性编码和解码端错误隐藏等技术的抗误码方法。
This is known as Software Defined Radio (SDR). Decreases decoder and demodulator selection error using a Hidden-Markov Model (HMM) in this paper.
本论文采用隐马尔可夫模型（HMM）来减小解码与解调选择错误。
An error concealment algorithm is proposed as a post-processing tool at the decoder side, with the aim of recovering the motion vectors and image blocks lost during the video sequence transmission.
提出了一种误差掩盖算法，作为在解码器端的后处理工具，以恢复视频序列在传输过程中丢失的运动矢量和图像块。
Within the error correction capability of an error correction decoder (32) comprised in the radio apparatus (3) the radio apparatus (3) searches for a better antenna or antenna combination.
在无线电设备(3)所包含的纠错解码器(32)的纠错能力范围之内，无线电设备(3)搜索较好的天线或天线组合。
In order to improving the performance of decoder and reducing decode error, more decode deep is adopted in trace-back algorithm for ensure that the survivor path can combine together.
为了提高译码性能，减小译码差错，本文采用较大译码深度的回溯算法以保证幸存路径进行合并。
Since this decoder has high error-correcting speed and regular structure, it may apply to data transmission and storage to decrease error rate.
由于该译码器有较高的纠错速率和规则的设计结构，使它可以方便地用于数据传输和存储过程中进行差错控制。
Since this decoder has high error-correcting speed and regular structure, it may apply to data transmission and storage to decrease error rate.
由于该译码器有较高的纠错速率和规则的设计结构，使它可以方便地用于数据传输和存储过程中进行差错控制。
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