SVC-based video streaming over highway vehicular networks with base layer guarantee

Ruijian An, Zhi Liu, Yusheng Ji
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引用次数: 3

Abstract

In this paper, we target the resource allocation and layer selection problem for the realtime video streaming over highway scenario, by employing Scalable Video Coding (SVC) for the video contents. Especially, we take the freeze-free playback as one of the constraint as well. Since the formulated resource allocation and SVC layer selection problem is NP-hard, we propose the Resource Allocation and Layer Selection with Base layer guarantee (RALSB) algorithm to solve this problem in two phases: the Base layer Guarantee (BG) phase, and the Resource allocation and SVC layer selection (RS) phase. Simulation results show that the proposed RALSB can prevent/reduce the playback freeze in typical scenarios.
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基于svc的公路车网视频流传输,具有基础层保障
本文针对高速公路场景下实时视频流的资源分配和层选择问题,采用可扩展视频编码(SVC)对视频内容进行编码。特别地,我们把无冻结回放作为约束之一。由于所制定的资源分配和SVC层选择问题是np困难的,我们提出了基于基础层保证的资源分配和层选择(RALSB)算法,将该问题分为基础层保证(BG)阶段和资源分配和SVC层选择(RS)阶段来解决。仿真结果表明,所提出的RALSB可以防止/减少典型场景下的回放冻结。
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