Yuh-Chou Tsai

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In this paper, we propose efficient schemes for enhancing the error robustness of multi−hypothesis motion−compensate predictive (MHMCP) coder without sacrificing the coding efficiency significantly. The proposed schemes utilize the concept of reference picture interleaving and data partitioning to make the MHMCP−coded video more resilient to channel errors,(More)
Video transport over Wireless LANs (WLANs) may suffer from signal fading, noise interference, and network congestion which will cause packet loss or packet error. Should a packet loss occur in some frame, it will not only affect the corresponding frame but may also lead to error propagation to the following frames until reaching the next intra-coded frame.(More)
In this paper, we propose novel schemes to enhance the error robustness of multi-hypothesis motion-compensate predictive (MHMCP) coder without sacrificing the coding efficiency significantly. The proposed method utilizes the concept of reference picture interleaving and data partitioning to make the MHMCP-coded video more resilient to channel errors,(More)
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