System on Chip Implementation of Compiler Stack with a Delimiter Matching Application

Sarmad F. Ismael, Omar T. Zyad, Y. Qassim
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Abstract

In this paper, multiple stacks are implemented in software and multi-core hardware System on Chip for suitability and improvement of performance speed. The hardware stacks are tested with the application of delimiter matching in a program and they showed faster run time compared to the software-based stacks. The implemented design of 16 programmable logic cores on the Xilinx Zynq-7000 chip located on the Zybo board has achieved a run time of 13.9ms when applying a matching delimiter test on a code of 16 random equations written in C language.
带分隔符匹配应用的编译器堆栈的片上系统实现
为了适应和提高性能速度,本文在软件和多核硬件片上系统中实现了多个堆栈。在程序中应用分隔符匹配对硬件栈进行了测试,与基于软件的栈相比,硬件栈的运行时间更快。Xilinx Zynq-7000芯片上的16个可编程逻辑核的实现设计位于Zybo板上,当对用C语言编写的16个随机方程的代码应用匹配分隔符测试时,实现了13.9ms的运行时间。
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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