A triple-frequency cycle slip detection and correction method based on modified HMW combinations applied on GPS and BDS

Keyphrases

• Detection Method 100%
• Triple-frequency 100%
• Correction Method 100%
• Ionospheric Bias 100%
• Cycle Slip Detection 100%
• Cycle Slip Correction 100%
• Combined Signals 75%
• Noise Measurement 50%
• Success Rate 50%
• Cycle Slip 50%
• Elevation Angle 50%
• Epoch Intervals 50%
• Scale Factor 25%
• Second Best 25%
• Noise Effects 25%
• Inclined Geosynchronous Orbit 25%
• Constraint Condition 25%
• Wide-lane 25%
• Combined Code 25%
• Geostationary Orbit Satellite 25%
• Bias Noises 25%
• Ionospheric Observations 25%
• Triple-frequency GNSS 25%
• Phase Signal 25%
• Code Measurement 25%
• Medium Earth Orbit 25%

Engineering

• Success Rate 100%
• Measurement Noise 100%
• Cycle Frequency 100%
• Original Code 50%
• Geosynchronous Orbit 50%
• Induced Noise 50%
• Scale Factor 50%
• Geostationary Orbit 50%

Earth and Planetary Sciences

• Global Positioning System 100%
• Ionospherics 100%
• BDS 100%
• Noise Measurement 50%
• GNSS 25%
• Satellite Orbit 25%
• Geosynchronous Orbit 25%
• Earth Orbit 25%