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引用次数: 3

摘要

在本文中,我们以自顶向下的方式考虑移动设备视频编解码器实现的能效。我们从典型应用开始,分析设备架构、编解码器实现和软件平台。移动设备的物理尺寸限制了它们的散热,而电池容量需要被保守地使用,以提供令人满意的不受束缚的主动使用时间。再加上设备所需的多功能,这些都是从硬件到应用软件设计必须考虑的基本限制。在视频解码中,额外的限制来自支持多种数字视频编码标准的需要,以及设备制造商面向平台的设计制度。
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Energy efficiency of mobile video decoding
In this paper, we consider the energy efficiency of implementations of video codecs for mobile devices in a top-down manner. We start from typical applications and analyse device architectures, codec implementations, and software platforms. The physical size of mobile devices limits their heat dissipation, while the battery capacity needs to be used conservingly to provide for satisfactory untethered active use time. Together with the required versatile capabilities of the devices, these are essential constraints that must be taken into account from hardware to application software design. In video decoding additional constraints come from the need to support multiple digital video coding standards, and the platform oriented design regimes of the device manufacturers.
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