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Schloss Dagstuhl - Leibniz Center for Informatics
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IGARSS 2013: Melbourne, Australia

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    MO3.101:Education and Remote Sensing

    MO3.102:Extra-Terrestrial Geoscience and Remote Sensing

    MO4.102:Coastal Hazards and Landslides

    MO3.103:NASA Soil Moisture Active Passive Mission (SMAP)

    MO4.103:Soil Moisture:Retrieval Algorithms I

    MO3.104:Tomography and 3D Mapping I

    MO4.104:Multidimensional SAR Imaging Techniques

    MO3.105:Novel Approaches to Remote Sensing

    MO3.106:Differential SAR Interferometry I

    MO4.106:Differential SAR Interferometry II

    MO3.109:Forest Structure I

    MO4.109:Forest Structure II

    MO3.110:High Resolution Optical Techniques I

    MO4.110:High Resolution Optical Techniques II

    MO3.111:Sea Ice I

    MO4.111:Ice Sheets and Glaciers I

    MO4.112:Big Data and Geoinformation Analytics I

    MO3.207:Geohazard Supersites and Natural Laboratories

    MO4.207:Ground Measurements for Improving Satellite Precipitation Algorithms

    MO3.208:Ocean Biology

    MO4.208:Ensuring Credibility of Remote Sensing Data Products

    MOP.P1:SAR Interferometry I

    MOP.P2:Recent Advances in GNSS-R and Synthetic Aperture Microwave Radiometry

    MOP.P3:Microwave Radiometers

    MOP.P4:Hyperspectral Techniques I

    MOP.P5:Optical and Infrared Modelling I

    MOP.P7:Integrated Earth Observing Systems I

    MOP.P8:High Resolution Optical Techniques III

    MOP.P9:Instruments, Calibration and Techniques

    MOP.P11:LIDAR Applications

    MOP.P14:Remote Sensing from Airborne Platforms

    MOP.P15:Precipitation and Clouds I

    MOP.P16:Numerical Weather Prediction and Data Assimilation I

    MOP.P17:Atmospheric Sounding

    MOP.P18:Aerosols and Atmospheric Chemistry I

    MOP.P19:Data Management and Systems I

    MOP.P20:Inland Waters I

    MOP.P21:Tomography and 3D Mapping II

    MOP.P22:SAR Processing III

    TU1.101:Tropical Rainfall Measurement Mission I

    TU4.101:Ocean Temperature and Salinity I

    TU2.102:Earthquakes and Crustal Movement

    TU3.102:Tsunamis & Flooding

    TU4.102:Volcanism

    TU1.103:Soil Moisture:Retrieval Algorithms II

    TU2.103:Soil Moisture:Downscaling Approaches

    TU3.103:Soil Moisture:Field Experiments

    TU4.103:Soil Moisture:Radar Parameters

    TU1.104:Advanced Methods for Polarimetric Information Extraction

    TU2.104:GIS Applications I

    TU3.104:Local and Regional Applications of Integrated in-Situ and Remote Sensing Data I

    TU1.105:Local and Regional Applications of Integrated in-Situ and Remote Sensing Data III

    TU2.105:GCOM-Global Change Observation Mission

    TU3.105:Remote Sensing Instruments and Technologies for Small Satellites I

    TU4.105:Pansharpening and Image Processing

    TU1.106:Differential SAR Interferometry III

    TU2.106:High Resolution SAR I

    TU3.106:High Resolution SAR II

    TU4.106:Airborne SAR

    TU1.109:Forest Biomass I

    TU2.109:Forest Biomass II

    TU3.109:Forests I

    TU4.109:Forests II

    TU1.110:Hyperspectral Classification I

    TU2.110:Hyperspectral Classification II

    TU3.110:Hyperspectral Target/Anomaly Detection

    TU4.110:Hyperspectral Noise Reduction

    TU1.111:Student Paper Contest I

    TU2.111:Student Paper Contest II

    TU3.111:Global Precipitation Measurement II

    TU4.111:Global Precipitation Measurement III

    TU1.112:Use Cases and the Development of Digital Earth

    TU2.112:Snow Remote Sensing I

    TU3.112:Snow Remote Sensing II

    TU4.112:Future Missions and Systems

    TU1.207:Active/Passive Microwave Remote Sensing of Terrestrial Snow

    TU2.207:Temporal Decorrelation and Repeat-Pass Interferometry over Forests

    TU3.207:Data Fusion I

    TU4.207:Data Fusion II

    TU1.208:Satellite Sensing of Oceans Winds

    TU2.208:Ocean Winds:Hurricane Studies and Climate Applications

    TU3.208:Ocean Currents and Waves Dynamics

    TU4.208:Remote Sensing Instruments and Technologies for Small Satellites II

    TUP.P1:High Resolution SAR III

    TUP.P2:SAR Processing I

    TUP.P3:Differential SAR Interferometry IV

    TUP.P4:Electromagnetic Interactions with Land and Ocean

    TUP.P5:Subsurface Sensing Methods and Systems

    TUP.P6:Hyperspectral Techniques II

    TUP.P7:Information Extraction for Mapping Applications

    TUP.P8:Information Extraction for Land and Maritime Applications

    TUP.P9:Information Extraction in Electromagnetic and Subsurface Problems

    TUP.P10:Ocean Temperature and Salinity II

    TUP.P11:Coastal Oceanography I

    TUP.P12:Coastal Zones I

    TUP.P13:Ocean Color and Water Quality

    TUP.P14:Active and Passive Sensing of Ocean Winds; Wave Fields and Propagation

    TUP.P15:Spaceborne Observations of Hurricanes and Air-Sea Interaction

    TUP.P16:Ocean Altimetry

    TUP.P17:SAR Missions and Calibration

    TUP.P18:Active Microwave Sensors and Calibration

    TUP.P19:Ground-Based Radar

    TUP.P20:Big Data and Geoinformation Analytics II

    TUP.P21:Image Information Mining I

    TUP.P22:Dynamics of Earth Processes and Climate Change - Biosphere

    TUP.P23:Dynamics of Earth Processes and Climate Change - Hydrosphere/Geosphere

    TUP.P24:Dynamics of Earth Processes and Climate Change - Biosphere/Atmosphere

    WE1.102:Dynamics of Earth Processes and Climate Change - Biosphere/Cryospheres

    WE2.102:Dynamics of Earth Processes and Climate Change - Hydrosphere

    WE3.102:Dynamics of Earth Processes and Climate Change - Atmosphere

    WE4.102:Surface Deformation in Volcanic and Seismogenic Areas by Means of Advanced Remote Sensing Techniques I

    WE1.103:Soil Moisture:Satellite Products

    WE2.103:Soil Moisture:Data Assimilation

    WE3.103:Radarsat

    WE1.104:Sub-Orbital Microwave Radiometers

    WE2.104:Synthetic Aperture Microwave Radiometry and Radio-Frequency Interference Detection and Mitigation

    WE3.104:Recent Technology Developments in Microwave Radiometry

    WE4.104:Microwave Radiometer Calibration and Validation

    WE1.105:Change Detection

    WE2.105:Multi and Hyperspectral Image Analysis

    WE3.105:SAR Image Analysis I

    WE4.105:SAR Image Analysis II

    WE1.106:SAR Target Detection and Recognition

    WE2.106:SAR Processing II

    WE3.106:SAR Interferometry II

    WE4.106:SAR Interferometry III

    WE1.109:Field Sampling and Remote Sensing

    WE2.109:Vegetation I

    WE3.109:Vegetation II

    WE4.109:Vegetation III

    WE1.110:Spectral Unmixing

    WE2.110:Machine Learning in Hyperspectral Imagery

    WE3.110:Applications of Hyperspectral Sensing

    WE4.110:Remote Sensing for Water Resources

    WE1.111:Precipitation and Clouds II

    WE2.111:Precipitation and Clouds III

    WE3.111:Aerosols and Atmospheric Chemistry II

    WE4.111:Numerical Weather Prediction and Data Assimilation II

    WE1.112:Remote Sensing of the Littoral Zone with Electro-Optical Sensors I

    WE2.112:Remote Sensing of the Littoral Zone with Electro-Optical Sensors II

    WE3.112:Recent Advances in Land Surface Data Assimilation

    WE4.112:New SAR Missions

    WE1.207:SAR Polarimetry:Theory and Applications I

    WE2.207:SAR Polarimetry:Theory and Applications II

    WE3.207:Signal Processing Techniques for POL-SAR and POL-INSAR Applications I

    WE4.207:Signal Processing Techniques for POL-SAR And POL-INSAR Applications II

    WE1.208:ALOS Follow-on Optical Mission:High Spatial/Spectral Resolution Global Observation

    WE3.208:Coastal Oceanography II

    WE4.208:Radar in Coastal Oceanography

    WEP.P1:Polarimetric Decompositions and Classifications

    WEP.P2:Polarimetric Methods and Applications

    WEP.P3:POLSAR Image Analysis

    WEP.P4:Bistatic SAR I

    WEP.P5:Analysis Techniques:Segmentation

    WEP.P6:Image Analysis I

    WEP.P7:Image Processing Techniques

    WEP.P8:Information Extraction in Vegetation Applications

    WEP.P9:Analysis Techniques for Information Extraction

    WEP.P10:Land Cover Change:Regional Applications

    WEP.P11:Soil Moisture Retrieval I

    WEP.P12:Land Cover Change:Analysis Methods

    WEP.P13:Forests and Vegetation

    WEP.P14:Agriculture:Remote Sensing of Vegetation Properties I

    WEP.P15:Agriculture:Remote Sensing of Vegetation Classification and Identification

    WEP.P16:Agriculture:Remote Sensing of Land and Water Management I

    TH1.101:Topography, Geology and Geomorphology I

    TH2.101:Wetlands I

    TH3.101:Integrated Earth Observing Systems II

    TH1.102:Surface Deformation in Volcanic and Seismogenic Areas by Means of Advanced Remote Sensing Techniques II

    TH2.102:Topography, Geology & Geomorphology

    TH3.102:Earth Deformation Mapping

    TH4.102:Recent Advances in Ocean Altimetry

    TH1.103:Tandem-X Applications

    TH2.103:Information Extraction for Scene Interpretation

    TH3.103:Information Extraction from SAR Images

    TH4.103:Information Extraction for Soil and Vegetation

    TH2.104:Optical and Infrared Modelling III

    TH3.104:Optical and Infrared Modelling IV

    TH4.104:TIR Hyperspectral Remote Sensing for the Geosciences

    TH1.105:SAR Image Analysis III

    TH2.105:Statistical and Machine Learning Techniques

    TH3.105:Image Classification I

    TH4.105:Image Classification II

    TH2.106:POLSAR Methods

    TH3.106:POLSAR Applications

    TH4.106:Polarimetric Decomposition Techniques

    TH1.109:Agriculture:Active Remote Sensing for Crop Properties

    TH2.109:Agriculture:Remote Sensing of Vegetation Properties II

    TH3.109:Agriculture:Remote Sensing of Vegetation Properties III

    TH4.109:Agriculture:Remote Sensing of Land and Water Management II

    TH1.110:Land Cover Change:Global and Regional Mapping

    TH2.110:Land Cover Change:Urban

    TH3.110:Land Cover Change:Optical

    TH4.110:Land Cover Change:Radar

    TH1.111:Atmospheric Sounding - Spaceborne

    TH2.111:Atmospheric Sounding - Airborne and in-Situ

    TH3.111:Lidars and Forestry

    TH4.111:Lidars and Environment

    TH1.112:SMOS New Application and Basic Research Results I

    TH2.112:SMOS New Application and Basic Research Results II

    TH3.112:SMOS New Application and Basic Research Results III

    TH4.112:SMOS New Application and Basic Research Results IV

    TH1.207:Change Detection and Multi-Temporal Image Analysis I

    TH2.207:Change Detection and Multi-Temporal Image Analysis II

    TH3.207:Next Generation Radar Instruments and Technologies for Future Missions and Mission Concepts I

    TH4.207:Super-Pixel Based Image Processing and Classification

    TH1.208:Spaceborne Imaging Spectroscopy Missions - Current and Future Activities I

    TH2.208:Spaceborne Imaging Spectroscopy Missions - Activities & Calibration

    TH3.208:New Developments in Monitoring of Ocean Surface Features with Spacebourne SAR

    TH4.208:Subsurface Sensing I

    THP.P1:SAR:Image Processing Methods

    THP.P2:SAR:Image Processing Applications

    THP.P3:Image Classification III

    THP.P4:Image Processing III

    THP.P5:Snow Remote Sensing III

    THP.P6:Ice Sheets and Glaciers II

    THP.P7:Sea Ice II

    THP.P8:GIS Applications II

    THP.P9:Landslides, Volcanoes and Earthquake

    THP.P10:Water Related Disasters

    THP.P11:Miscellaneous Hazards

    THP.P13:Soil Moisture Retrieval II

    THP.P14:Soil Physical and Chemical Properties

    THP.P15:Wetlands II

    THP.P16:Inland Waters II

    THP.P17:Forests and Vegetation II

    THP.P18:Urban Remote Sensing I

    THP.P19:Forest Degradation I

    THP.P20:Topography, Geology and Geomorphology II

    FR3.101:Remote Sensing from Unmanned Aerial Vehicles and Systems

    FR4.101:Ground-Based Sensor Systems

    FR1.102:Subsurface Sensing II

    FR3.102:Forest Degradation II

    FR4.102:Impact of Remote Sensing Programs II

    FR1.103:Information Extraction for Change Detection

    FR2.103:3D INFORMATION EXTRACTION IN URBAN DATA SETS

    FR3.103:2D INFORMATION EXTRACTION IN URBAN DATA SETS

    FR4.103:Information Extraction for Target Detection

    FR1.104:High Resolution Remote Sensing for Environmental Monitoring

    TUP.P4:Electromagnetic Interactions with Land and Ocean

    FR3.104:Microwave Interaction with Natural Media

    FR4.104:Ground Penetration and Target Detection

    FR1.105:Hyperspectal Image and Signal Processing

    FR2.105:Image Processing I

    FR3.105:Image Processing II

    FR4.105:Image Analysis II

    FR1.106:Polarimetric Statistical Analysis and Modelling

    FR3.106:Bistatic SAR II

    FR4.106:Active Microwave Sensors

    FR1.109:Agriculture:Remote Sensing for Crop Classification and Mapping

    FR3.109:Urban Remote Sensing II

    FR4.109:Urban Remote Sensing III

    FR1.110:Land Cover Change:Analysis Techniques I

    FR2.110:Land Cover Change:Analysis Techniques II

    FR1.111:Space Lidar:Missions, Technologies and Observations

    FR2.111:Vegetation Structure from Multi-Frequency Measurements

    FR3.111:Image Information Mining II

    FR4.111:Image Information Mining III

    FR1.112:Sensor and Model Synergies I

    FR2.112:Optical and Hyperspectral Sensors

    FR3.112:Hyperspectral Parameters

    FR4.112:Calibration and Instruments

    FR1.207:Spaceborne SAR

    FR2.207:UAV, Airborne and GB-SAR

    FR3.207:Radar Processing and Calibration

    FR4.207:Digital Calibration Techniques for Multi-Channel SAR Systems

    FR1.208:The Surface Water and Ocean Topography (SWOT) Mission

    FR2.208:Data Management and Systems II

    FR3.208:Data Management and Systems III

    FR4.208:PLEIADES:A Dual Optical Constellation for Submetric Observations:Thematic Space Applications II

    TU1.102:Hazard/Disaster Mapping

    TH1.104:Optical and Infrared Modelling II

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