物联网应用的HEVC实现

Mahmoud Salah, B. El-Shweky, Karim ElKholy, A. Helmy, Y. Ismail, K. Salah
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引用次数: 3

摘要

有效的压缩保证了物联网将继续扩展到各种设备。高效视频编码(HEVC),也称为H.265,是最新的视频编码标准;与旧的流行标准相比,它引入了新的编码方法。这样的变化对编码器的复杂性和速度都有很大的影响,因为与H.264/AVC相比,它提供了高达50%的比特率降低,同时保持相同的视频质量。不幸的是,HEVC是计算密集的,相对缓慢和功耗。因此,硬件实现是克服这些缺点的理想方法。本工作介绍了针对低功耗解决方案的HEVC编码器/解码器算法的有效实现,以便与物联网设备兼容。采用Verflog语言作为HDL,将实现设计传递到硬件。此外,还对实现的硬件和相关工作进行了分析比较。比较是基于编码性能,如功耗和压缩速度。
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HEVC Implementation for IoT Applications
Effective compression guarantees that IoT will continue spreading to cover various devices. High Efficiency Video Coding (HEVC), also known as H.265, is the most recent video coding standard; it introduces new coding methods compared to older popular standards. Such a change has a great impact on both encoder complexity and speed as it provides bitrate reduction up to 50% compared to H.264/AVC while keeping the same video quality. Unfortunately, HEVC is computationally intensive, relatively slow and power consuming. Therefore, hardware implementation is desirable to get over these drawbacks. This work introduces an efficient implementation of HEVC encoder/decoder Algorithm targeting low power solutions in order to be compatible with the IoT devices. Verflog language was chosen as an HDL to carry over the implemented design to hardware. In addition, an analytical comparison of the implemented hardware and the related work is presented. The comparison is based on encoding performance such as power consumption and compression speed.
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