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1·Data partitioning, as one of error resilience methods, has been improved in H. 264 and has been widely used.

数据分割作为一种抗误码方法在H . 264标准中得到较大的改进，应用得也很广泛。

2·Therefore, proper techniques for error resilience must be applied in order to achieve acceptable quality of restored video.

因此，为了获得人眼可接受的图像质量，必须采取适合的抗误码措施。

3·A pitch error resilience scheme was developed to reduce speech distortion through narrow band channels with high bit-error-rates.

为降低在窄带高误码率信道上语音传输的失真，针对基音参数提出了一种解码端抗差错算法。

4·In H. 264 there are some latest error resilience methods, such as Parameter Set, Flexible Macro-Block Order and Redundancy Slice.

目前在H . 264中最新的抗误码方法有参数集、灵活宏次序和冗余片技术。

5·Chapter 4 detailed discusses how to design a low complexity error resilience algorithm to make the H. 264 encoder fit for IP network.

第四章详细论述如何设计低复杂度的网络差错消隐方法，使H . 264编码器能适应IP网络的丢包环境。

6·The result shows error resilience technologies can remarkably improve the subjective and objective quality of the reconstructed image.

结果表明，在应用了差错复原技术后，重建图象的主客观质量均得到了明显的改善。

7·Because H. 264 can cover all the application of low broadband and high broadband and has the feature of strong strong error resilience.

由于H。 264能覆盖所有低宽带和高宽带的应用， 并具有较强的抗误码特性，H。

8·We also show that in the receiver error concealment and error resilience should be adopted for maximum using of the rightly received video stream data.

为了能够最大限度地应用已经接收的视频数据流，在接收端需要采用错误隐藏和错误恢复技术。

9·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。

10·An error resilience scheme for very low bit rate speech coding was developed for speech communications on narrow band channels with high bit error rates.

为满足在高误码率的窄带信道上进行语音通信的需求，研究了一种适用于甚低速率语音通信的抗误码参数估值算法。