GPS-III L1C signal reception demonstrated on QZSS

P. Mattos, F. Pisoni
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引用次数: 1

Abstract

Consumer Multiconstellation silicon started with GPS-Galileo around 2007 [1], but with Glonass satellites available before Galileo, was first seen publically Teseo-2, STA8088, in 2010/11 [2,3,4]. With QZSS, Compass, GPS-L1C, Glonass-CDMA all expected, the silicon manufacturer must continue the path towards the fully flexible multi constellation receiver, otherwise the number and rate of new required chips would be beyond design and test resource capability. The early availability of the L1C signal on the QZSS satellite helps greatly, and is studied in this paper.
GPS-III L1C信号接收在QZSS上演示
消费类多星座芯片始于2007年左右的GPS-Galileo,但Glonass卫星在Galileo之前就已问世,于2010/11年首次公开露面的是Teseo-2, STA8088[2,3,4]。由于QZSS、Compass、GPS-L1C、Glonass-CDMA都有望实现,芯片制造商必须继续朝着完全灵活的多星座接收机的方向发展,否则所需的新芯片的数量和速率将超出设计和测试资源的能力。L1C信号在QZSS卫星上的早期可用性有很大的帮助,本文对此进行了研究。
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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