Congestion Control and Adaptive Retransmission for Multimedia Streaming over Wireless Networks

K. Singh, Árpád Huszák, David Ros, C. Viho, G. Jeney
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引用次数: 3

Abstract

In wireless networks, congestion control, alone, may not be enough to ensure good quality of multimedia streaming and efficient utilization of the network. Packet losses due to the high bit error rate not only degrade the multimedia quality, but render the current congestion control algorithms as inefficient: these algorithms back-off on every packet loss even when there is no congestion. In this paper we study the case of pre-recorded multimedia streaming over wireless networks. We integrate the congestion control schemes with an adaptive retransmission scheme in order to selectively retransmit some lost multimedia packets. Moreover, we integrate a wireless loss estimation scheme to improve the efficiency of congestion control. Our results show that the integrated scheme improves the multimedia quality due to the retransmission and recovery of some of the lost multimedia data. Moreover, the congestion control schemes, and hence the integrated retransmission scheme, show improved performance because of the wireless loss estimation.
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无线网络上多媒体流的拥塞控制和自适应重传
在无线网络中,仅靠拥塞控制可能不足以保证多媒体流的良好质量和网络的有效利用。由于高误码率造成的数据包丢失不仅降低了多媒体质量,而且使当前的拥塞控制算法效率低下:这些算法即使在没有拥塞的情况下也会对每一个数据包丢失进行补偿。在本文中,我们研究了无线网络上预录制的多媒体流的情况。为了有选择地重传丢失的多媒体数据包,我们将拥塞控制方案与自适应重传方案相结合。此外,为了提高拥塞控制的效率,我们还集成了一种无线损耗估计方案。实验结果表明,该方案通过重传和恢复部分丢失的多媒体数据,提高了多媒体质量。此外,由于无线损耗估计,拥塞控制方案以及综合重传方案的性能得到了提高。
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