On User Algorithms for GNSS Precise Point Positioning

INIS

• positioning 100%
• satellites 100%
• ionosphere 100%
• navigation 100%
• algorithms 100%
• carriers 50%
• errors 50%
• data 43%
• orbits 37%
• slip 31%
• accuracy 31%
• hypothesis 25%
• geometry 25%
• solutions 25%
• testing 18%
• variations 18%
• correlations 18%
• performance 18%
• detection 18%
• stochastic processes 18%
• prediction 12%
• dynamics 12%
• precision 12%
• convergence 12%
• values 12%
• noise 12%
• monitoring 12%
• troposphere 12%
• modeling 12%
• surfaces 6%
• atmospheres 6%
• levels 6%
• power 6%
• budgets 6%
• oceans 6%
• processing 6%
• gps 6%
• comparative evaluations 6%
• relativistic range 6%
• signal-to-noise ratio 6%
• probability 6%
• equations 6%
• wind 6%
• loading 6%
• solids 6%
• size 6%
• hydrostatics 6%
• tide 6%

Earth and Planetary Sciences

• GNSS 100%
• Model 100%
• Ionosphere 88%
• Delay 66%
• Error 38%
• Clock 33%
• Accuracy 27%
• Parameter 22%
• Geometry 22%
• Variation 16%
• Estimate 16%
• Approach 16%
• Station 16%
• Detection 16%
• Description 16%
• Hypothesis Testing 11%
• Real Time 11%
• Estimating 11%
• Troposphere 11%
• Statics 11%
• Autoregressive Process 11%
• Condition 11%
• Time Series 11%
• Shape 11%
• Need 11%
• Modeling 11%
• Show 5%
• Agreement 5%
• Solid Earth 5%
• Order 5%
• Ellipsoid 5%
• Starting 5%
• Relativistic Effect 5%
• Null Hypothesis 5%
• Signal to Noise Ratios 5%
• Cycle 5%
• Hydrostatics 5%
• Planetary Atmosphere 5%
• Convention 5%
• Ionospherics 5%
• Earth Tide 5%
• Earth 5%
• Site 5%
• Outlier 5%
• Area 5%
• Loop 5%
• Receiver 5%
• Hypothesis 5%
• Aspect 5%
• Global Positioning System 5%

Engineering

• Pseudorange Measurement 7%