Designing and evaluating a user-oriented calibration field for the target-based self-calibration of panoramic terrestrial laser scanners

Keyphrases

• Self-calibration 100%
• User-centric 100%
• Terrestrial Laser Scanner 100%
• Calibration Field 100%
• Parameter Calibration 28%
• Redundancy 28%
• In Situ 14%
• Highly Accurate 14%
• Quality Criteria 14%
• Misalignment 14%
• Processing Time 14%
• Measurement Accuracy 14%
• Measurement Campaign 14%
• Simulation Experiment 14%
• Assure 14%
• Quality Measures 14%
• Acquisition Time 14%
• Random Distribution 14%
• Calibration Approach 14%
• Efficiency Calibration 14%
• Multiple Goals 14%
• Quasi-random 14%
• Multiple Constraints 14%
• Calibration Efficiency 14%
• Field Design 14%
• Laser Scanner Calibration 14%
• Number of Ends 14%
• Measurement Processing 14%
• Measurement Acquisition 14%
• Comprehensive Calibration 14%
• Accurate Calibration 14%

Engineering

• Laser Scanner 100%
• Tasks 20%
• Statistical Distribution 20%
• Measurement Campaign 20%
• Acquisition Time 20%
• Quality Criterion 20%
• Simulation Experiment 20%
• End-Users 20%
• Processing Time 20%

Earth and Planetary Sciences

• State of the Art 100%
• Statistical Distribution 100%