Global Navigation Satellite System:Technology Innovation and Application (CPGPS 2009 PAPERBACK)

Beijing,China,8.8-8.9,2009

ISBN: 978-1-935068-03-7 Scientific Research Publishing, USA

Paperback 444pp Pub. Date: November 2009

Category: Engineering

Price: $60

当前,卫星导航产业在全球各大经济体正如火如荼的发展、壮大,不久的将来,全球将有四大全球卫星导航定位系统(GNSS)(分别是美国的GPS、俄罗斯的Glonass、欧洲的Galileo 和我国的北斗系统)竞相媲美。目前,我国的卫星导航事业正处于一个关键时期,正经历着从引进到吸收到自主创新的重大变革。在这个特定的时期,国家将自主卫星导航系统建设列为国家科技发展重大专项之一,充分体现了其对国民经济、国家安全的重大意义。
在科技部国家遥感中心以及国内同行的大力支持下,“2009 卫星导航定位技术论坛” 由武汉大学/国家卫星定位系统工程技术研究中心、全球华人定位导航协会(CPGPS)、科技部国家遥感中心和中国全球定位系统技术应用协会四家主办,由CPGPS 协会工业委员会承办,于2009 年8月8-9 日在北京举行。本次论坛以CPGPS 论坛为基础,对其进行扩大增容,力求为国内外卫星导航科技工作者、产业界提供一个新技术、新方法和新应用的交流平台。一方面让国内的科技人员了解国际导航定位领域的前沿技术和发展动态,另一方面让海内外学者了解国内导航定位技术的发展状况和最新成果。与此同时,形成国内卫星导航产业界与科技界交流互动,从而加强这一领域全球华人的交流与联系,共同勾画卫星定位技术发展蓝图,探讨我国卫星导航系统的技术发展和应用前景,推动卫星导航技术进步与产业发展。
Determining Orbit of COMPASS-M1 Using International Laser Ranging Service Data 1
POD of One GNSS Satellite Based on Multi-Model GNSS Receiver on Ground Stations and LEOs 5
Simulation on Combined Orbit Determination of Navigation Satellites with Cross-Link Ranging Observations and Ground Tracking Observations 9
GLONASS Orbit Integration Algorithm and Accuracy Analysis 16
Simulation Analysis of Error Sources’ Influences on COMPASS-M1 Orbit Determination 20
Orbit Determination for Single Navigation Satellite COMPASS-M1 under Time Synchronization among Stations 25
Design and Implementation of SOA Operational GNSS System 30
Research on the Integrity System for a Network RTK System 34
A New GNSS Network Positioning Service Software—EarthNet 39
Research on the Architecture of Continuously Operating Reference Stations and the Characteristics of its Networks 43
Studies on the Integration and Data Processing Technologies of Network RTK Based Low-Cost High Precision Terminal 49
Research on WUL Algorithm of Galileo System 55
EM Algorithm Used to Determine Satellite Orbit in Case of Existing Systematic Errors 60
Bridge Structural Health Monitoring Using GPS Non-Ambiguity DD Method 66
GPS Satellite Clock Bias Prediction Based on the Regression Forgetting Factor Least Squares Raw 71
Robust KALMAN Model Based on Bifactor Equivalent Weights 76
Design of GPS Receiver Embedded Positioning and Navigation Algorithm Solution 81
Robust Prediction Algorithm for GPS Satellite Clock Error Combining Clock’s Physical Character and ARIMA Model 88
Improved TurboEdit Algorithm for Un-Differenced Phase Data Preprocessing 94
A Method of Repairing Dual-Frequency Dynamic Carrier Phase Cycle Slip 99
Application of ARIMA Model in GPS Timing 105
Assessment of ECMWF / NCEP Analysis and Forecast Data with GPS ZTD in China 108
Research and Application of Real-Time Water Vapor Remote Sensing Using Ground Based GPS/Met 117
Atmospheric Vapor Transportation Using GPS 121
Study of the Ionospheric TEC Rate in Hong Kong Region and its GPS/GNSS Application 129
Modeling Regional Ionosphere by Adjusted Spherical Harmonic Analysis 138
Ionospheric Inversion with CHAMP/GPS Radio Occultation 144
Topside Ionospheric Model Based On the Electron Density Profile Data of Cosmic Mission 150
Time Series Analysis and Prediction on Ionospheric VTEC Data 155
Combining LEO Satellites (COSMIC) Navigation Datawith Ground-Based (CMONOC) GPS Observations toImage Ionospheric Electron Density over China 162
Research on Ionospheric Variation over China Area 168
Theory and Implementation of Medium Precision Three-Axis Integrative Fiber Optic Gyros IMU 172
An Integrated AUV Navigation Method Using Bayes Filtering 178
Attitude and Heading Reference System with Fiber Optics Gyroscope in High Dynamic Applications 183
GPS-R Data Acquisition Test and Processing Analysis 188
Temporal Global Gravity Recovery from GRACE Satellite-to-Satellite Tracking Data Using Two-Step Method 192
Research on Variation of Inland Water Storage Using GRACE Gravity Field Model 199
The Shipborne Kinematic Positioning Accuracy of Using GPS Precise Point Positioning (PPP) Technique: A Case Study in Shipborne Gravity Measurement around Taiwan 205
The Medium-Short Term Influences of Wenchuan Earthquake on the Horizontal Displacement of JSCORS Sites 213
Fault Slip of the 2008 Wenchuan 8.0Ms Earthquake by Inversion of GPS Measurements 217
The Analysis of Wenchuan Earthquake Regional Ground Motion and Coseismic Displacement 220
Monitoring Wind-Induced Deformation of Tall-Building by GPS Single Epoch Kinematic Positioning 224
Software Development and Key-Technology Study on GPS Tidal Level 230
Research of VLBI in Lunar Satellite Precise Orbit Determination and Lunar Gravity Field Model Solution 234
Data Processing of Maintaining Provincial Geocentric Reference Frame with CORS 240
The Application of Continuous Operating Reference Station to the Opening of CGCS2000 in Province and City 245
High Frequency ERP Retrieved from GPS Data 250
Estimation of the Coordinates Accuracy Tolerance of Geodetic SVLBI Satellite 257
Research on Bridge River-Rrossing Levelling Using GPS Technology 263
Fusing Multiple Remote Sensing Data to Monitor Tianjin Urban Subsidence 268
Sub-Swath Mosaic Method of Wide Swath SAR Interferometry 274
A Novel Scheme of Tightly Coupled SINS/GPS Integration Technology in High Dynamic Circumstance 278
New GNSS Navigation Messages to Facilitate Fast TTFF and High Sensitivity 285
Design of Multi-Model GNSS Baseband Chip of BD2/GPS/GLONASS 294
Development of GNSS Software Receiver 300
Tracking Performance Analysis of BOC and MBOC Signals 306
Study on Algorithm of Ionospheric Scintillation Index Based on GPS Single Frequency Software Receivers 310
Key Technologies of GPS/GALILEO Real-Time Software Receiver 315
MBOC: A New Spreading Modulation Recommended for GALILEO L1 OS and GPS L1C 321
Ultra-Tightly Coupling of GNSS and INS for High Dynamic Navigation 326
Analysis of Civil Navigation Message Format for GPS Modernization 335
An Improved Maximum Likelihood Method for GPS Bit Synchronization 341
An Improved Frequency Domain Parallel Code Acquisition Algorithm for GPS Signal 347
Design of a Software Simulator for Digitized IF Galileo Signals 352
Interface Model for GP2021 Baseband Signal Processing 357
The Communication between the Mobile Terminal and Each Module of GPS and Laser Ranging Dynamic Positioning System 362
Improved ICCP Algorithm and Its Application in Underwater Geomagnetic Matching Navigation 366
Multi-Resolution Navigable Database and Its Incremental Update Mechanism 370
The Application of Real-Time Traffic Data Organization in Vehicle Navigation System 376
An Integrated Location Algorithm Utilizing GPS and WiFi Received Signal Strength 381
Cooperative Location Technology Based on Mobile Emergency Terminals 385
Potential Benefits of GPS/GLONASS/GALILEO Integration in an Urban Canyon-Hong Kong 390
Simulations and Applications of the Fluxgate Ring-Core Magnetization Model 400
Numerical Analysis of the Sensor Magnetic Field in Fluxgate Magnetometer 405
Vehicle Guard Research Based on GPS and RFID 409
GPS Application at Multiple Target Tracking Test System 414
GPS Application at Container Terminal 418
Array CCD intelligent control system and application Based on ARM and azimuth information 422
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