| A Differential Global Positioning System for Flight Inspection of Radio Navigation Aids |
Airborne Applications |
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| A Kinematic Carrier Phase Tracking System for High Precision Trajectory Determination |
Airborne Applications |
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| A New Positioning Filter: Phase Smoothing in the Position Domain |
End User Applications |
PDF |
| A Novel GPS Survey Antenna |
Antennas |
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| A Practical Approach to the Reduction of Pseudorange Multipath Errors in a Ll GPS Receiver |
Core Applications |
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| A Precision Flight Test Application Of A Differential Global Positioning System |
Airborne Applications |
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| A Three Dimensional Choke Ring Ground Plane Antenna |
Antennas |
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| Accurate Positioning In A Flight Inspection System Using Differential Global Navigation Satellite Systems |
Airborne Applications |
PDF |
| Advanced Pinwheel Compact Controlled Reception Pattern Antenna (AP-CRPA) designed for Interference and Multipath Mitigation |
Antennas |
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| Ambiguity Resolution on the fly - A Comparison of P Code and High Performance C/A Code GPS Receiver Technologies |
End User Applications |
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| An Approach to GPS Satellite Failure Detection |
MEDLL®/WAAS Applications |
PDF |
| Analysis of a High-Performance C/A-Code GPS Receiver in Kinematic Mode |
End User Applications |
PDF |
| Analysis Of A Tightly-Coupled MEMS IMU Based GNSS/INS With An External Odometer |
SPAN® Technology Applications |
PDF |
| Analysis of the Multipath Meter Performance in Environments With Multiple Interferers |
MEDLL®/WAAS Applications |
PDF |
| Architecture and System Performance of SPAN® -NovAtel's GPS/INS Solution |
SPAN® Technology Applications |
PDF |
| Assessment Of A Non-Dedicated GPS Receiver System For Precise Airborne Attitude Determination |
Airborne Applications |
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| Attitude Determination in a Survey Launch Using Multi-Antenna GPS Technologies |
End User Applications |
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| Beeline RT20 - a Compact, Medium Precision Positioning system with an Attitude |
Core Applications |
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| Characterization of L5 Receiver Performance Using Digital Pulse Blanking |
Other Applications |
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| Compliance of NovAtel's GPS-702L Antenna to the European Union's new WEEE (Waste Electrical and Electronic Equipment) and RoHS (Restriction of the use of Certain Hazardous Substances) Di |
Other Applications |
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| Core Technology Developments and End-user Products at NovAtel |
Core Applications |
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| Developmental Test And Evaluation of Helicopters Using a Precision Differential Global Positioning System |
Airborne Applications |
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| DGNSS Positioning Techniques For Flight Inspection |
Airborne Applications |
PDF |
| Dynamic GPS Attitude Performance Using INS/GPS Reference |
End User Applications |
PDF |
| Effect of Antenna Performance on the GPS Signal Accuracy |
Antennas |
PDF |
| Evolution Leads To Revolution - Helicopter Flight Testing Using RTK DGPS Technology |
Airborne Applications |
PDF |
| Evolution to Modernized GNSS Ionospheric Scintillation and TEC Monitoring |
Ionosphere Applications |
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| Extending Narrow-Correlator Technology To P(Y) - Code Receivers: Benefits and Issues |
End User Applications |
PDF |
| Flight Evaluation of a Basic C/A Code Differential GPS for Category I Precision Approach |
Airborne Applications |
PDF |
| Galileo Ground Segment Reference Receiver Performance Characteristics |
Galileo Applications |
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| Galileo Opportunities |
Galileo Applications |
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| Galileo Sensor Station Ground Reference Receiver Performance Characteristics |
Galileo Applications |
PDF |
| GPS Positioning in the Fast Track: Track Model Constraint Enhancement for OEM4 |
End User Applications |
PDF |
| GPS Signal Availability in an Urban Area - Receiver Performance Analysis |
Land Based Applications |
PDF |
| GPS System Integration and Field Approaches in Precision Farming |
Land Based Applications |
PDF |
| GPS Versus LORAN-C For Vehicular Navigation In Urban And Mountainous Areas |
Land Based Applications |
PDF |
| GPS-704X Antenna Design and Performance |
Antennas |
PDF |
| GPS/GIS and Space Time Data |
End User Applications |
PDF |
| GPS/INS Integration in Real-Time and Post-Processing with NovAtel's SPAN® System |
SPAN® Technology Applications |
PDF |
| GPS/INS Integration with the iMAR-FSAS IMU |
SPAN® Technology Applications |
PDF |
| GPS/MEMS Inertial Integration Methodology and Results |
SPAN® Technology Applications |
PDF |
| HAPPI - a High Accuracy Pseudolite/GPS Positioning Integration |
Pseudolite Applications |
PDF |
| Helicopter Ship Board Landing System |
SPAN® Technology Applications |
PDF |
| Hi! We're the NovAtel GNSSA Team |
Other Applications |
PDF |
| High Performance GPS Pinwheel Antenna |
Antennas |
PDF |
| High Precision C/A Code Technology For Rapid Static DGPS Surveys |
End User Applications |
PDF |
| High-Precision Trajectory Determination Using Satellite Navigation Systems |
Airborne Applications |
PDF |
| Improved GPS Positioning for Motor Vehicles Through Map Matching |
Land Based Applications |
PDF |
| Injected Alignment for an INS System from Trackmodel data in a Race Car Environment |
Core Applications |
PDF |
| Integration of Inertial Measurements with GNSS -NovAtel SPAN® Architecture |
SPAN® Technology Applications |
PDF |
| Ionospheric Scintillation Monitoring Using Commercial Single Frequency C/A Code Receivers |
Land Based Applications |
PDF |
| Kinematic Ambiguity Resolution With a High Precision C/A Code Receiver |
End User Applications |
PDF |
| Kinematic Performance of NovAtel CORRECT with TerraStar-D Precise Point Positioning (PPP) Service |
Kinematic Performance |
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| L-band Antenna Performance Improvements |
Antennas |
PDF |
| Ll Carrier Phase Multipath Error Reduction Using MEDLL Technology |
MEDLL®/WAAS Applications |
PDF |
| Magnetic Beeline® - Satellite Derived Attitude for Marine Navigation |
Marine Applications |
PDF |
| MEMS Inertial on an RTK GPS Receiver: Integration Options and Test Results |
SPAN® Technology Applications |
PDF |
| NovAtel Communications Ltd. - What's New? |
MEDLL®/WAAS Applications |
PDF |
| NovAtel Inc. New Positioning Filter: Phase Smoothing in the Position Domain |
Core Applications |
PDF |
| NovAtel's GPS Receiver The High Performance OEM Sensor of The Future |
Core Applications |
PDF |
| NovAtel's RT-20 -- A Real Time Floating Ambiguity Positioning System |
Core Applications |
PDF |
| OEM4 Inertial: A Tightly Integrated Decentralised Inertial/GPS Navigation System |
Core Applications |
PDF |
| OEM4 Inertial: An Inertial/GPS Navigation System on the OEM4 Receiver |
SPAN® Technology Applications |
PDF |
| Performance Analusis of A Shipborne Gyrocompass With A Multi-Antenna GPS System |
Marine Applications |
PDF |
| Performance Analysis of a Narrow Cowelator® Spacing Receiver for Precise Static GPS Positioning |
Land Based Applications |
PDF |
| Performance Evaluation of the Multipath Estimating Delay Lock Loop |
MEDLL®/WAAS Applications |
PDF |
| Performance of a Deeply Coupled Commercial Grade GPS/INS System from KVH and NovAtel Inc. |
SPAN® Technology Applications |
PDF |
| Performance of Category IVIES Automatic Landings Using C/A Code Tracking Differential GPS |
Airborne Applications |
PDF |
| Precise Aircraft-to-Aircraft Positioning Using a Multiple Receiver Configuration |
Airborne Applications |
PDF |
| Precise GPS Time Transfer to a Moving Vehicle |
End User Applications |
PDF |
| Precise Marine DGPS Positioning Using P Code and High Performance C/A Code Technologies |
Marine Applications |
PDF |
| Precise Real-Time Kinematic Differential GPS Using A Cellular Radio Modem |
DGPS/RTK Applications |
PDF |
| Proposed Airport Pseudolite Signal Specification for GPS Precision Approach Local Area Augmentation Systems |
Pseudolite Applications |
PDF |
| Prototype Galileo Receiver Development |
Galileo Applications |
PDF |
| Quadruple Single Frequency Receiver System for Ambiguity Resolution On The Fly |
End User Applications |
PDF |
| Real-Time Carrier Phase Positioning Using the RTCM Standard Message Types 20/21 and 18/19 |
DGPS/RTK Applications |
PDF |
| Reliable Single Frequency Dual Antenna Processing System for Marine Dredging Applications |
Marine Applications |
PDF |
| Results and Analysis of Using the MEDLL Receiver as a Multipath Meter |
MEDLL®/WAAS Applications |
PDF |
| Running Interference: Multipath Detection for GPS Monitoring Sites |
Other Applications |
PDF |
| Seasonal Effecf of Tree Foliage on GPS Signal Availability and Accuracy for Vehicular Navigation |
Land Based Applications |
PDF |
| Statistics of Time Rate of Change of Ionospheric Range Delay |
End User Applications |
PDF |
| Test Results from a New 2 cm Real Time Kinematic GPS Positioning System |
DGPS/RTK Applications |
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| The Development of a Modular DGPS System |
DGPS/RTK Applications |
PDF |
| The Effects of SAW Group Delay Ripple on GPS and GLONASS Signals |
Core Applications |
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| The Multipath Estimating Delay Lock Loop (MEDLL®): Approaching Theoretical Accuracy Limits |
Land Based Applications |
PDF |
| The Use of Differential Satellite Navigation Systems in an Automatic Flight Inspection System |
Airborne Applications |
PDF |
| The Use Of GPS Tracking And Guidance Systems For The Chicken Little Joint Project's "Acoustic Week" Flight Test Program |
Airborne Applications |
PDF |
| Theory and Performance of Narrow Correlator Spacing in a GPS Receiver |
Core Applications |
PDF |
| Theory and Performance of the Pulse Aperture Correlator |
Other Applications |
PDF |
| Tightly Coupled Processing of Precise Point Position (PPP) and INS Data |
Other Applications |
PDF |
| Track Model Constraint Enhancement for NovAtel's OEM4 |
Other Applications |
PDF |
| Ultra-Precise Positioning For Sport Applications |
Other Applications |
PDF |
| Using a Sky Projection to Evaluate Pseudorange Multipath and to Improve the Differential Pseudorange Position |
Other Applications |
PDF |
| Validation of the FAA LAAS Specification Using the LAAS Test Prototype (LTP) |
MEDLL®/WAAS Applications |
PDF |
| What's New from NovAtel |
Core Applications |
PDF |
