Sentence examples for error resilient coding from inspiring English sources

In this study, an error resilient coding scheme for H.264/AVC video transmission is proposed.

In this study, an error resilient coding scheme for real-time H.263 video transmission is proposed.

As already mentioned in the previous sections, besides the more traditional approaches discussed above, a new error resilient coding strategy has emerged.

As compared with some recent error resilient approaches based on data embedding, in this study, the important data selection mechanism for different types of MBs, the detailed data embedding mechanism, and the error detection and concealment scheme performed at the decoder are well developed to design an integrated error resilient coding scheme.

This chapter discusses the error-resilient coding and error-concealment strategies for audio communication.

This is because there are two tools available for error-resilient coding with the HRMIR approach.

Instead of using the furthest reference frame, if we use McFIS as the reference frame, we can achieve better error-resilient coding using Zheng and Chau's approach.

Moreover, a better error-resilient coding can be obtained due to the large number of referencing from the McFIS as described by Zheng and Chau[9].

A better error-resilient coding can be obtained due to the referencing some macroblocks of the current frame from the furthest reference frame (i.e., McFIS) as described in[9].

Moreover, better error-resilient coding can be obtained using MRFs[9] where Zheng and Chau showed that referencing some macroblocks of the current frame from the furthest reference frame improves error resilience.

Specifically, we present a framework of joint source-channel coding and power adaptation, where error resilient source coding, channel coding, and transmission power adaptation are jointly designed to optimize video quality given constraints on the total transmission energy and delay for each video frame.