Demodulation performance for MUOS user-to-base downlink receiver

A. P. Helwig
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引用次数: 4

Abstract

In the DOD mobile-user objective system (MUOS), the U2B downlink feeds data representing 32 digitized WCDMA beam-carriers from the spacecraft to ground. To meet system requirements this link must be highly available. Link format and coding design have been performed to support these needs. Ground hardware development is well underway, and demodulation performance data is now available that provides confirmation of many aspects of the design. This paper presents the rationale for the predicted demodulation performance as well as the measured performance. Degradation due to transmitter phase noise has been a particular concern; therefore, this paper also includes predictions of expected degradation due to phase noise as well as measured BER performance with phase noise intentionally imparted onto the downlink test signal input to the U2B receiver.
MUOS用户对基下行接收机的解调性能
在国防部移动用户目标系统(MUOS)中,U2B下行链路将代表32个数字化WCDMA波束载波的数据从航天器馈送到地面。为了满足系统要求,该链路必须是高可用的。已经执行了链接格式和编码设计来支持这些需求。地面硬件开发进展顺利,解调性能数据现已可用,为设计的许多方面提供了确认。本文介绍了预测解调性能和测量性能的基本原理。由于发射机相位噪声引起的退化一直是一个特别关注的问题;因此,本文还包括由于相位噪声的预期退化的预测,以及有意将相位噪声传递到U2B接收机的下行测试信号输入上的测量误码率性能。
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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