Glonass-Only Cdma+Fdma整数模糊度解决的初步结果

P. Teunissen, S. Zaminpardaz, A. Khodabandeh
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引用次数: 0

摘要

在[1]中引入了一种新的整数估计GLONASS FDMA模型。该模型具有普遍适用性,并保证了新的GLONASS模糊度的整数可估计性,而不依赖于实际的信道数条目。由于该模型与CDMA模型非常相似,可以方便地修改现有的CDMA软件,并可直接应用现有的整数模糊度解决方法。在本文中,我们将展示如何将整数估计的FDMA模型与目前正在开发中的新的GLONASS CDMA信号相结合[2],[3]。我们提出了仅glonass的FDMA+CDMA组合模型,并分析了其在瞬时整数模糊度分辨率方面的强度。这将正式地以及经验性地使用真实数据来完成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
First Results Of Glonass-Only Cdma+Fdma Integer Ambiguity Resolution
In [1] a new integer-estimable GLONASS FDMA model was introduced. The new model is generally applicable and guarantees, independent of the actual channel number entries, the integer-estimability of the new GLONASS ambiguities. As the model has a close resemblance with CDMA models, available CDMA software is easily modified and existing methods of integer ambiguity resolution can be directly applied. In this contribution we will show how the integer-estimable FDMA model can be combined with the new GLONASS CDMA signals that are currently under development [2], [3]. We present the combined GLONASS-only FDMA+CDMA model and we analyse its strength for instantaneous integer ambiguity resolution. This will be done formally as well as empirically using real data.
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