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Design of HDL Based Low Power Audio Subword Sorter Unit

机译:基于HDL的低功耗音频子字分拣机的设计

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The security of audio data in high end communication applications like satellites and radars is an issue of concern these days. Designing a processor at the chip level for this requirement is by itself a challenge to VLSI engineers. This paper aims to design a HDL based novel audio subword sorter unit, which is less complex in structure and highly efficient in terms of security. In this paper, we examine the hardware implementation of low power powerful permutation instruction group (GRP). This is done at the integrated chip (IC-level) using Verilog HDL and can be implemented in FPGA. To our knowledge this is the first audio subword sorter unit implemented in FPGA.
机译:像卫星和雷达这样的高端通信应用中音频数据的安全性是这些天的问题。在芯片级别为此要求设计处理器是对VLSI工程师的挑战。本文旨在设计一种基于HDL的新型音频子字分拣机单元,其结构不太复杂,在安全性方面具有高效。在本文中,我们检查了低功耗强大的置换指令组(GRP)的硬件实现。这是在使用Verilog HDL的集成芯片(IC级)完成的,可以在FPGA中实现。据我们所知,这是在FPGA中实现的第一个音频子字分拣机单元。

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