Using high-level synthesis for rapid design of video processing pipes

A. E. Guzel, Vecdi Emre Levent, M. Tosun, M. A. Ozkan, Toygar Akgun, Duygu Buyukaydin, Cengiz Erbas, H. F. Ugurdag
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引用次数: 11

Abstract

In this work, we share our experience in using High-Level Synthesis (HLS) for rapid development of an optical flow design on FPGA. We have performed HLS using Vivado HLS as well as a HLS tool we have developed for the optical flow design at hand and similar video processing problems. The paper first describes the design problem we have and then discusses our own HLS tool. The tool we developed has turned out to be pretty general-purpose except for the ability to handle cyclic inter-iteration dependencies. It also introduces some novel concepts to HLS, such as “pipelined multiplexers”. The synthesis results show that we can achieve better timing or better area results compared to Vivado HLS. Furthermore, the Verilog RTL our HLS tool outputs is much more readable than the one from Vivado HLS. This makes it much easier for the designer to debug and modify the RTL.
采用高级合成技术进行视频处理管道的快速设计
在这项工作中,我们分享了我们使用高级合成(HLS)在FPGA上快速开发光流设计的经验。我们使用Vivado HLS以及我们为手头的光流设计和类似的视频处理问题开发的HLS工具执行了HLS。本文首先描述了我们的设计问题,然后讨论了我们自己的HLS工具。除了处理循环迭代间依赖关系的能力之外,我们开发的工具已经被证明是非常通用的。它还为HLS引入了一些新概念,如“流水线多路复用器”。合成结果表明,与Vivado HLS相比,我们可以获得更好的时序和更好的面积结果。此外,我们的HLS工具输出的Verilog RTL比来自Vivado HLS的RTL更具可读性。这使得设计人员更容易调试和修改RTL。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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