宽带CDMA系统的高速码采集

Ik-soo Eo, Ho-Soo Lee, Kyungsu Kim
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引用次数: 1

摘要

在码分多址(CDMA)系统中,交换信息的第一个动作是码获取,即找到传播码的位置。因此,高速码采集是通信成功的重要技术。提出了并行码采集系统,通过并行结构减少了码采集时间。但是并行码采集结构需要很多门,增加了芯片面积和功耗,因此我们提出了一种小门并行码采集硬件设计。通过功能共享和结构优化,实现了高效的设计。设计的16个并行码采集大约有32000个门,而一个并行码采集大约有8000个门。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High speed code acquisition for wideband CDMA system
In CDMA (code division multiple access) system the first action for exchanging information is code acquisition which is finding spreading code position. Thus the high-speed code acquisition is very important technology for successful communication. We propose parallel code acquisition system, the code acquisition time is reduced by the parallel structure. But the parallel code acquisition structure needs so many gates that are increasing the chip area and power consumption, thus we propose the parallel code acquisition hardware with small gate design. The efficient design is achieved with function sharing and structure. The designed 16 parallel code acquisition is about 32000 gates compared with 8000 gates of one parallel code acquisition.
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