FPGA-based Implementation of a Correlator for Kasami Sequences

M. C. Pérez, Álvaro Hernández, J. Ureña, C. Marziani, A. Jiménez
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引用次数: 6

Abstract

Kasami sequences have been successfully used in communications, navigation and related systems due to their low cross-correlation values, compared to those from other binary sequences. In this work, different alternatives for the hardware implementation of a correlator of Kasami sequences are presented: for short sequences a combinational design is proposed, whereas three sequential designs are suggested for longer Kasami sequences. These three sequential designs differ about the management of the memory: one stores the necessary data in slices of the FPGA; another uses external memory; and finally, the last one uses the internal RAM blocks in the FPGA.
基于fpga的Kasami序列相关器实现
与其他二进制序列相比,Kasami序列具有较低的互相关值,已成功地应用于通信、导航和相关系统中。在这项工作中,提出了Kasami序列相关器的不同硬件实现方案:对于短序列,建议采用组合设计,而对于较长的Kasami序列,建议采用三种顺序设计。这三种顺序设计在内存管理方面有所不同:一种将必要的数据存储在FPGA的切片中;另一种使用外部存储器;最后,最后一个使用FPGA中的内部RAM块。
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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