COMPARISON OF PENFORMANCE AMONG DIFFERENT GPS RECEIVERS UNDER UAV
Luo Haiying 1, 2) ;and Liu Guangjun 1)
1)Beijing Institute of Tracking and Communications Technology, Beijing 1000942)Beijing Institute of Technology, Beijing 100081
Abstract The capabilities of high precise receiver and high dynamic receiver which are used in navigation and positioning under UAV are discussed. The test schemes are designed accordingly and the differences of capability between them are compared through the actual flight.
Key words ：
GPS
navigation and positioning
capability
comparison
UAV
Received: 01 January 1900
Corresponding Authors:
Luo Haiying
Cite this article:
Luo Haiying,and Liu Guangjun . COMPARISON OF PENFORMANCE AMONG DIFFERENT GPS RECEIVERS UNDER UAV[J]. , 2010, 30(2): 133-136.
Luo Haiying,and Liu Guangjun . COMPARISON OF PENFORMANCE AMONG DIFFERENT GPS RECEIVERS UNDER UAV[J]. jgg, 2010, 30(2): 133-136.
URL:
http://www.jgg09.com/EN/ OR http://www.jgg09.com/EN/Y2010/V30/I2/133
[1]
E Shenglong，ZHOU Gang，LONG Hai，LUO Yingting，XU Hailin，RAO Zhangquan，ZHOU Yongyan. Performance Evaluation of BDS Global Positioning Service and Zenith Tropospheric Delay Estimation
[2]
LIU Zan, ZHANG Xin. Analysis of Observation Data of BDS-3 In-Orbit Test Satellites
[3]
GUO Feixiao，SUN Zhongmiao， REN Feilong，XIAO Yun. Preliminary Comparative Analysis of GRACE RL06 and RL05 Time-Variable Gravity Models
[4]
WANG Qiang,YUAN Yige,MA Jianfeng,WANG Liang. Preliminary Assessment and Comparison of Positioning Performance between Typical Low-Cost Navigational and Geodetic BDS Terminals
[5]
LI Ziqiang,CHENG Junlong,LIU Wanke,WANG Fuhong. Preliminary Performance Analysis of BDS-3 Centralized Autonomous Orbit Determination Based on Inter-Satellite Ranging Observations
[6]
HE Maihang,SUN Fuping,XIAO Kai,ZHANG Lundong,ZHU Xinhui. Model and Verification of Beidou Triple-Frequency IF-PPP Based on Space Geometric Principle
[7]
PAN Xiong, YANG Yufeng,OU Jikun,MEI Changsong,QING Chenxin. Performance Evaluation and Analysis of the Final Stage of BDS-2 Satellite Clock Design Period
[8]
WANG Yang，HU Caibo，XU Jinfeng，WANG Yupu. Performance Analysis of In-Orbit BD-2 Satellite Clock
[9]
LIANG Yabin；CAI Sijia；FENG Qian；WANG Hao. Cable PE Appearance Inspection in the Tianxingzhou River Bridge Using Unmanned Aerial Vehicle Based Aerial Photo Technique
[10]
JIANG Qiuchen,ZHAO Linlin,LIU Wanke,LI Ziqiang. Long-Term Performance Assessment of BD-2 On-Board Atomic Clocks
[11]
DONG Mingxu,LI Jiancheng,HUA Liangchun,JIANG Weiping,YIN Haohua,AO Minsi,ZENG Xiangqiang. Hunan 2017 GNSS Gravity Quasi-Geoid Model and Its Precision Analysis
[12]
YANG Jiudong,WU Fenghua,WANG Wenjun. GPS Signal Acquisition Method: Based on Average Grouping and Superposition Correlation
[13]
LI Pengbo,HU Zhigang,ZHOU Renyu,ZHAO Qile. The Multipath Mitigation Method Based on Observation Domain and Its Application in GNSS Real-Time Deformation Monitoring
[14]
XU Wei,JIA Xue,QIAO Fang,LIU Yang,YAN Chao,WANG Tao. Preliminary Assessment of Positioning Performance of BDS Navigation System in North and South Polar Regions
[15]
XUAN Songbai,WANG Jian,LI Jie,HE Bin,LI Jianguo. Performance Analysis on a New Generation of the CG-6 Gravimeter
