对于从事GPS/GLONASS/GALILEO等卫星导航产品，尤其是定位接收机开发的朋友来说，导航协会（ION）的论文最经典、最深入，非常具有参考价值，是必备的案头资料之一。同时，由于导航技术和通信技术的密切联系，ION论文对于广大从事数字通信接收机算法开发的朋友来说，也很有帮助。下面是ION GPS2004年的论文目录，其他年份的文章目录将陆续提供。
A1: GNSS Receiver Algorithms 1
Turbo DLL: An Innovative Architecture for Multipath Mitigation in GNSS Receivers
A New Multipath and Noise Mitigation Technique Using Data/Data-Less Navigation Signals
Extended Kalman Filter-Based Tracking of Weak GPS Signals Under High Dynamic Conditions
C/A-Code Synchronization Using Analog Feedback Shift Registers (AFSR)
Performance of Multi-path Mitigation Techniques at Low Signal to Noise Ratios
Monte Carlo Global Search for Bayesian, GPS, Parameter Estimation
Calibration of a Low Cost Clock Using Wide Area Augmentation System (WAAS) Signals
Real Time Fast Acquisition Based on Hardware FFT for a GPS/EGNOS Receiver
B1: Unintentional Interference & Jamming
Modulated Signal Interference in GPS Acquisition
GNSS Interference Localization Method Employing Inverse Diffraction Integration with
Parabolic Wave Equation Propagation
Interference Detection by Means of the Software Defined Radio
Locating the Jammer Using A/J Software Receiver
The European GNSS L5/E5 Interference Environment and the Performance of Pulsed Interference Mitigation Techniques
Interference Cancellation Using Power Minimization and Self-Coherence Properties of GPS Signals
Mitigation of Narrow-Band Interference on Software Receivers Based on Spectrum Analysis
GPS Jamming - The Enemy Inside!
Performance of Integer Parameter Estimation Algorithm for GPS Signals in Noisy Environment
C1: GNSS Status & Plans (Institutional Issues, Operation & Control Strategy, Spectrum Management)
Japanese Experimental GPS Augmentation Using Quasi-Zenith Satellite System (QZSS)
The European Centre for Satellite Navigation Applications
Analysis of Potential CW Interference Effects Caused by UWB Devices on GNSS Receivers
The Need for GNSS Market Development
D1: Land Applications 1 (Static Applications)
Great Britain’s GPS Height Corrector Surface
Integration of GPS, Accelerometer and Optical Fiber Sensors for Structural Deformation Monitoring
Using High-Rate GPS Data to Monitor the Dynamic behavior of a Cable-Stayed Bridge
Bridge Deflection Monitoring and Frequency Identification with Single Frequency GPS Receivers
GPS Based Map Matching in the Pseudorange Measurement Domain
Semi-Real-Time Direct Geo-Referencing of Integrated Laser Scanning and CCD Sensor by Combining GPS/IMU and Bundle Block Adjustment of CCD Images
Improvement of Positioning Accuracy of Landslide Monitoring Systems by GPS
Mitigation of Multipath Effects Based on GPS Phase Frequency Feature Analysis for Deformation Monitoring Applications
E1: Aviation Applications 1
GPS Aided Inertial Navigation Avionics (GAIA) Integrated with MSAS and Maritime DGPS Beacon
DC-3 Flying Laboratory - Navigation Sensor and Remote Sensing Flight Test Results
Developing an Automatic Control System of Unmanned Aircrafts with a Single-Antenna GPS Receiver
Design and Test Results of Software Based IF Level GPS Signal Simulator
Measuring Ionospheric Scintillation in the Equatorial Region Over Africa, Including Measurements From SBAS Geostationary Satellite Signals
Use of Post-Processed GPS Data as a Truth Source for Long Baseline Flight Testing of the Ground-Based Regional Augmentation System (GRAS)
LAAS Reference Antennas—Key Siting Considerations
Shipboard-Relative Global Positioning System (SRGPS) Demonstration System Design
F1: Atmospheric Effects 1 – Ionosphere
An Enhanced UNB Ionospheric Modeling Technique for SBAS: The Quadratic Approach
A New Technique to TEC Regional Modeling Using a Neural Network
Satellite Navigation vs. the Ionosphere: Where Are We, and Where Are We Going?
Ionospheric Estimation Using Extended Kriging for a Low Latitude SBAS
GPS Scintillations in the European Arctic Related to the Large-Scale Ionospheric Convection
Analysis of Ionospheric Scintillations Using Wideband GPS L1 C/A Signal Data
An Ionospheric Forecasting System
Precise Estimation of Absolute Ionospheric Delay Based on GPS Active Network
A2: GNSS Receiver Algorithms 2
FFT Based High Sensitivity Indoor GPS Receiver Technologies Using CDMA Cellular Network
Real-Time Hybrid-Domain WaveSmoothTMCode Processing Using Wavelets
DirAc: An Integrated Circuit for Direct Acquisition of the M-Code Signal
FFT-Based Acquisition of GPS L2 Civilian CM and CL Signals
Optimum Tracking Loop Design for the New L2 Civil Signal Based on ML Estimation
Implementation of Correlation Power Peak Ratio Based Signal Detection Method
Fast and Parallel Matched Filters in Time Domain
Optimum C/A Code Ranging Methods and Performance Evaluation
H-infinity Controller Design for GPS Receiver Tracking Loop
Comparative Performance Analysis of Aided Carrier Tracking Loop Algorithms in High Noise/High Dynamic Environments
B2: Military Applications
SPS v PPS: - Why Military GPS Applications Require “Military” GPS
Feasible Architectures for Joint Precision Approach and Landing System
(JPALS) For Land and Sea
LOCO GPSI: Detection and Location of GPS Interference/Jamming
Direct P(Y)/M-Code Acquisition
Fast Direct-Y GPS Acquisitions with Inaccurate Time
Effect of Adaptive Array Processing on GPS Signal Crosscorrelation
Principles of Adaptive Space-Time-Polarization Cancellation of Broadband Interference
GPS Signal Reconstitution
C2: Galileo System Design
The Galileo Integrity Concept
Galileo Orbit Selection
Assessment of GALILEO Performances Based on the GALILEO System Test Bed Experimentation Results
Combined Galileo/GPS Frequency and Signal Performance Analysis
Status of GSTB-V2/A Satellite Programme
Galileo Integrity Monitoring Network Simulation and Optimization
GPS Galileo Time Offset: How It Affects Positioning Accuracy and How to Cope with It
Interoperability Between GPS and Galileo
D2: Land Applications 2 (Dynamic Applications)
GNSS-Based Sensor Fusion for Telematic Applications in Railway Traffic
Integrated Positioning Algorithms for Transport Telematics Applications
Performance Evaluation of Sensor Combinations on Mobile Robots for Automated Platoon Control
The Aiding of a Low-Cost MEMS INS for Land Vehicle Navigation Using Fuzzy Logic Expert System
Design and Testing of a Robust High Speed Rail Prototype GPS Locomotive Location System
Automated Traffic Incident Detection with GPS Equipped Probe Vehicles
Design of an AGV for Improved CDGPS-Based Control Performance
High Precision Kinematic GPS Positioning of Ski Jumpers
GPS/SBAS and Additional Sensor Integration for Pedestrian Applications in Difficult Environments
E2: Inertial Navigation Systems
The Need for Transfer Alignment in a GPS Jamming Environment and Optimisation for MEMS IMUs
An ANFIS-Based Modeling of Thermal Drift of MEMS-Based Inertial Sensors
Attitude/RTK/INS Integrated System: Experimental Results
On the Use of Redundant Inertial Data for Geodetic Applications
Improving the Positioning Accuracy of DGPS/MEMS IMU Integrated Systems Utilizing Cascade De-noising Algorithm
MEMS GPS/INS for Micro Air Vehicle Application
Performance Test Results on an Integrated GPS/MEMS Inertial Navigation Package
Robust Sensor Fusion for MEMS GPS/IMU in Diverse Flight Environments
Development of a Piezoelectric-Driven Meso-Scale MEMS-Technology Gyroscope
Miniature MEMS Quartz INS / GPS Description and Performance Attributes
F2: Atmospheric Effects 2 - Troposphere
GNSS-Based Measurement of Atmospheric Tides
GPS Derived Tropospheric Delay Corrections to Radar Interferometry
4-D Tropospheric Tomography Using a Ground-Based Regional GPS Network and Vertical Profile Constraints
Analysis of Troposheric Correction Models for Local Events within the GSTB Test Case APAF
Interpolating Residual Zenith Tropospheric Delays for Improved Wide Area Differential GPS Positioning
Improved Tropospheric Delay Estimation for Long Baseline, Carrier-Phase Differential GPS Positioning in a Coastal Environment
Precise GPS Atmosphere Sensing Based on Un-Differenced Observations
Impacts of Stochastic Modeling on GPS-Derived ZTD Estimations
A3: GNSS Software Receivers
Architecture of a Reconfigurable Software Receiver
Implementation of a Software GPS Receiver
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