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1·This paper presents a noisy channel model based Uyghur harmonized vowel identification method.

该文提出了一种基于噪声信道模型的维吾尔语弱化元音恢复方法。

2·The quantum key distribution (QKD) using the QEAC will be robust in the quantum noisy channel without complex system.

将量子避错码思想用于量子密钥分发，能有效克服信道中的噪声，且无需复杂的系统。

3·An evolutionary algorithm based channel-optimized VQ (COVQ) design algorithm on noisy channel is presented in the paper.

本文提出了一个基于进化算法的信道最优矢量量化器(COVQ)设计算法。

4·This paper proposes an error correction method used for JPEG compressed image data, which is transmitted in noisy channel.

提出了一种采用JPEG标准压缩的静止图像数据在非理想信道中传输的纠错方法。

5·In this paper, a joint source channel coding scheme used to transmit progressive image bit stream over noisy channel is proposed.

该文提出了一种噪声信道下传输渐进图像的联合信源信道编码方法。

6·In the modern digital communication system, error control coding is an important technique to guarantee the reliable message transmission over noisy channel.

在现代数字通信系统中信道编译码技术已经成为通信系统保证信息传输可靠性的重要手段之一。

7·The evolutionary algorithm is introduced into the design of COVQ to achieve a significant improvement of VQ performance for a given noisy channel status model.

该算法在给定信道状态模型和存在信道噪声的情况下，可以有效地提高矢量量化器的性能，实现了信道最优矢量量化器的设计。

8·The algorithm achieves a significant improvement of COVQ performance for a given noisy channel status model over other conventional VQ design methods, as confirmed by experimental results.

采用该算法，在给定信道状态模型和信道噪声情况下，可有效地提高矢量量化器的性能，仿真实验结果表明该算法可获得比传统算法更优的性能增益。

9·The LS channel estimation of OFDM systems can be viewed as a noisy observation of the true channel frequency response, so the noise component can be compressed through subspace projecting.

OFDM系统的LS信道估计可看作真实信道频率响应的一个有噪观察值，因此可采用子空间投影方法对噪声进行压缩。

10·The proposed system is designed to work with noisy input speech and unknown channel frequency response.

我们所设计的系统为的是工作在噪声化输入语音和不明信道频率响应中的。