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Real-time Scheduling and On-line Resource Allocation on Scalable Streaming Media Server

机译:可伸缩流媒体服务器上的实时调度和在线资源分配

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In this paper, we propose a layer-based integrated real-time scheduling algorithm in a single scalable stream and an online dynamic resource allocation algorithm among multiple concurrent users for scalable streaming media server over a network with packet loss and variable delay. The layer-based real-time scheduling algorithm efficiently schedules the packets in the buffer of the scalable streaming media server for transmission. The on-line resource allocation algorithm can allocate the server's resource among all the concurrent streams fairly and improve the playback quality in client. Simulation results show that our proposed algorithms outperform the frame-based scheduling algorithm and the off-line resource allocation algorithm in various situations with different round-trip times, channel errors, etc. The low complexity of the proposed algorithms also enables them to be applied in real-time applications.
机译:在本文中,我们提出了一种基于层的集成实时调度算法在单个可伸缩流中,以及多个并发用户之间的在线动态资源分配算法,用于通过网络通过网络丢失和可变延迟的可缩放流媒体服务器。基于层的实时调度算法有效地调度可伸缩流媒体服务器的缓冲器中的分组以进行传输。在线资源分配算法可以公平地分配服务器的资源,并在客户端中提高播放质量。仿真结果表明,我们所提出的算法优于基于帧的调度算法和在不同往返时间,信道错误等的各种情况下的离线资源分配算法。所提出的算法的低复杂度也使得它们能够应用在实时应用程序中。

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