High Accuracy GPS and Antijam Protectionusing a P(Y) Code Digital Beamsteering Receiver

机译：高精度GPS和抗干扰保护 r 使用P（Y）代码数字波束转向接收器

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NAVSYS High Gain Advanced GPS Receiver (HAGR)rnuses a digital beam-steering antenna array to providernadditional gain in the direction of the GPS satelliternsignals. This increases the received signaloise ratio onrnthe satellites tracked and also improves the accuracy ofrnthe pseudo-range and carrier-phase observations. Therndirectivity of the digital beams created from the antennarnarray also reduces the effect of multipath signals and GPSrnjamming and interference.rnThis paper describes the operation of the HAGR digitalrnbeam steering array and includes test data demonstratingrnthe high accuracy observation that it produces, Testrnresults showing the benefits of the digital spatialrnprocessing in reducing multipath errors and GPS jammingrnare also included.

机译：NAVSYS高增益高级GPS接收器（HAGR）使用数字波束控制天线阵列在GPS卫星信号的方向上提供附加增益。这增加了被跟踪卫星的接收信噪比，并且还提高了伪距和载波相位观测的准确性。由天线阵列产生的数字波束的方向性也减少了多径信号以及GPS干扰和干扰的影响。还包括减少多径误差和GPS干扰的数字空间处理。

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来源
《14th international technical meeting of the Satellite Division of the Institute of Navigation (ION GPS-2001)》|2001年|p.1245-1254|共10页
会议地点 Salt Lake City UT(US);Salt Lake City UT(US)
作者
Alison Brown;
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NAVSYS Corporation;

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原文格式 PDF
正文语种 eng
中图分类全球定位系统（GPS）;人造卫星;
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专利

1. GPS antijam via subspace projection: A performance analysis for FM interference in the C/A code [J] . Zhao L., Amin MG., Lindsey AR. Digital Signal Processing . 2002,第2a3期

机译：GPS Antijam通过子空间投影：C / A代码中FM干扰的性能分析
2. Enhancing Positioning Accuracy in Urban Terrain by Fusing Data from a GPS Receiver, Inertial Sensors, Stereo-Camera and Digital Maps for Pedestrian Navigation [J] . Baranski Przemyslaw, Strumillo Pawel Sensors . 2012,第6期

机译：通过融合来自GPS接收器，惯性传感器，立体摄像头和用于行人导航的数字地图的数据来提高城市地形的定位精度
3. Evaluation of sub-meter and 2 to 5 meter accuracy GPS receivers to develop digital elevation models. [J] . Yao H, Clark RL, Robert P (ed.), Precision Agriculture . 2000,第2期

机译：评估亚米和2至5米精度的GPS接收机以开发数字高程模型。
4. High Accuracy GPS and Antijam Protection using a P(Y) Code Digital Beamsteering Receiver [C] . Alison Brown International Technical Meeting of the Satellite Division of the Institute of Navigation . 2001

机译：使用P（Y）代码数字Beamsteering接收器高精度GPS和ANTIAAM保护
5. Combining multiple, inexpensive GPS receivers to increase accuracy and reliability. [D] . Schrader, Daniel K. 2013

机译：组合多个廉价的GPS接收器可提高准确性和可靠性。
6. Enhancing Positioning Accuracy in Urban Terrain by Fusing Data from a GPS Receiver Inertial Sensors Stereo-Camera and Digital Maps for Pedestrian Navigation [O] . Baranski Przemyslaw, Strumillo Pawel 2012

机译：通过融合来自GPS接收器惯性传感器立体摄像头和用于行人导航的数字地图的数据来提高城市地形的定位精度
7. Enhancing Positioning Accuracy in Urban Terrain by Fusing Data from a GPS Receiver, Inertial Sensors, Stereo-Camera and Digital Maps for Pedestrian Navigation [O] . Pawel Strumillo, Przemyslaw Baranski 2012

机译：通过融合Gps接收器，惯性传感器，立体摄像头和数字地图的行人导航数据，提高城市地形的定位精度
8. Test Results from a Digital P(Y) Code Beamsteering GPS Receiver Designed for Carrier-Phase Time Transfer [R] . Brown, A. , Gerein, N. , Powers, E. 2004

机译：用于载波相位时间传输的数字p（Y）码Beamsteering Gps接收机的测试结果

High Accuracy GPS and Antijam Protectionusing a P(Y) Code Digital Beamsteering Receiver

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