Abstracts: I/4: Geometric and Radiometric Modeling of Optical Spaceborne Sensors
I/4: Geometric and Radiometric Modeling of Optical Spaceborne Sensors
- A novel Sensor Model & Error Analysis for China’s HJ-1 CCD Imagery
- A Polynomial Approach for Radiometric Aerial Triangulation
- Accuracy Analysis of HRSI-based Geopositioning Using Least Squares Collocation
- Accuracy Assessment of Directed and Indirected Georeferencing methods on Liss-4 satellite images
- Adjustment of very high resolution images on HRS global spatial triangulation block
- An Attribute and Orbit Parameter Fitting Method for Chinese Satellite Based on Hidden Markov Model
- An Empirical Model Based In-flight Calibration Method for Interior Orientation of CBERS-02B TDI CCD Camera
- Bundle Block Adjustment with Self-Calibration of Long Orbit CBERS-02B Imagery
- Compare of implementation different Geometric Correction Models for rectification of LISS IV Images from IRS P6 (Resourcesat-I) Satellite
- Comparison of Particle Swarm Optimization and Genetic Algorithm in Rational Function Model Optimization
- DEM Generation with Worldview-2 Images
- Derivation of a Tasseled Cap Transformation for HJ-1A/B CCD
- Development and implementation of a rational polynomial function (RPF) algorithm for geometrical modelling of satellite images
- Development of Camera Model and Geometric Calibration/Validation of XSAT IRIS Imagery
- Development of dynamic geometrical model of shooting of optoelectronic sensors for perspective space complexes
- Generation of the Australian Geographic Reference Image through Long-Strip ALOS PRISM Orientation
- Geometric calibration of camera systems with diffractive optical elements for computer vision applications
- Image Registration based on the rigorous sensor models for the terrain relief using DEM
- Interior Orientation Error Modelling and Correction for Precise Georeferencing of Satellite Imagery
- Introducing ZY-3: China’s First Civilian High-Res Stereo Mapping Satellite
- Minimizing Ground Control requirements for large Cartosat-1 Stereo Blocks
- New hybrid model for 3D photogrammetric processing of WorldView data without GCP
- Performance analysis of 3D Least Square Matching for Automatic DEM Extraction from high resolution satellite Images
- Planetary models for Chandrayaan-1 data processing
- Relative Radiometric Normalization of Multi-Temporal Satellite Images Based On Particle Swarm Optimization
- Research on Geometric and Radiometric Correction Order and Its Impact for Remote Sensing Image
- Self calibration of small and medium format digital cameras
- SENSOR++: simulation of remote sensing systems from visible to thermal infrared
- Sentinel-2 Level 1 Products and Image Processing Performances
- Study On The Influence Of Spacecraft Jitter On RFM Precision And Methods For Jitter Elimination
- Temporal Correlation of Metadata Errors for Commercial Satellite Images: Representation and Effects on Stereo Extraction Accuracy
- Testfield Trento - Geometric evaluation of very high resolution satellite imagery
- The Future Spaceborne Hyperspectral Imager EnMAP: It’s In-Flight Radiometric and Geometric Calibration Concept
- The geometric correction model based on straight line features for multisource images rectification
- The Transformation from tilted image to horizontal image based on the Rational Function Model
- Toward a global bundle adjustment of SPOT 5 – HRS images
- Triple Linear-array Imaging Geometry Model of the ZiYuan-3 Surveying Satellite and Its Validation
- XSAT In-Orbit Calibration and Validation Campaign Results
38 abstracts