Adaptive HTTP Streaming Utilizing Temporal Sub-layers of High Efficiency Video Coding (HEVC)

S. Deshpande
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引用次数: 5

Abstract

The newly approved High Efficiency Video Coding Standard (HEVC) includes temporal sub-layering feature which provides temporal scalability. Two types of pictures - Temporal Sub-layer Access Pictures and Step-wise Temporal Sub-layer Access Pictures are provided for this purpose. This paper utilizes the temporal scalability of HEVC to provide bandwidth adaptive HTTP streaming to clients. We describe our HTTP streaming algorithm, which is media timeline aware. Temporal sub-layers are switched on the server side dynamically. We performed subjective tests to determine user perception regarding acceptable frame rates when using temporal scalability of HEVC. These results are used to control the algorithm's temporal switching behavior to provide a good quality of experience to the user. We applied Internet and 3GPP error-delay patterns to validate the performance of our algorithm.
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利用高效视频编码(HEVC)时间子层的自适应HTTP流
新批准的高效视频编码标准(High Efficiency Video Coding Standard, HEVC)包含了时间子分层特性,提供了时间可扩展性。为此提供了两种类型的图片——时序子层访问图片和分步时序子层访问图片。本文利用HEVC的时间可扩展性为客户端提供带宽自适应的HTTP流。我们描述了我们的HTTP流算法,它是媒体时间轴感知的。时间子层在服务器端动态切换。我们进行了主观测试,以确定用户在使用HEVC的时间可扩展性时对可接受帧率的感知。这些结果用于控制算法的时间切换行为,为用户提供高质量的体验。我们应用互联网和3GPP的错误延迟模式来验证我们的算法的性能。
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