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Schloss Dagstuhl - Leibniz Center for Informatics
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IGARSS 2014: Quebec City, QC, Canada

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    Millimeterwave INSAR Data

    MO4-01:INSAR Techniques II

    MO3-02:Novel Approaches to Polarimetric SAR - In Honor of Jong-Sen Lee's 75th Birthday

    MO4-02:SAR Polarimetry:Theory and Applications

    MO3-03:Forest Mapping

    MO4-03:Forest Parameter Estimation

    MO3-04:SAR Missions I

    MO4-04:SAR Missions II

    MO4-05:GCOM-W1 Status

    MO3-06:Emerging Trends and Challenges of Remote Sensing in Mexico I

    MO3-06:Emerging Trends and Challenges of Remote Sensing in Mexico II

    MO3-07:Renewable Energies (Hydro, Solar)

    MO4-07:LIDAR Signal Processing

    MO3-08:Data Fusion I

    MO4-08:Data Fusion II

    MO3-09:Radio Frequency Interference Management and Spectrum Allocation for Remote Sensing I

    MO3-09:Radio Frequency Interference Management and Spectrum Allocation for Remote Sensing II

    MO3-10:Dynamics of Earth Processes and Climate Change

    MO4-10:Oil, Gas, and Mineral Exploration

    MO3-11:Remote Sensing of Icebergs

    MO4-11:Hyperspectral Sensing in Support of Resource Exploration

    MO3-12:Active Microwave Remote Sensing Applications

    MO4-12:Passive Microwave Remote Sensing of Vegetation Optical Depth

    MOP-A:Forest and Land Modeling

    MOP-C:EM Modeling

    MOP-D:High Resolution SAR Processing

    MOP-E:INSAR Techniques

    MOP-F:INSAR DEM Techniques

    MOP-G:INSAR Applications I

    MOP-H:INSAR Applications II

    MOP-I:High Resolution SAR

    MOP-J:High Resolution SAR and INSAR Applications I

    MOP-K:High Resolution SAR and INSAR Applications II

    MOP-L:Feature Extraction and Detection I

    MOP-M:Feature Extraction and Detection II

    MOP-N:Ship and Oil Spill Detection

    MOP-O:Multi-Channel SAR Techniques

    MOP-P:Airborne SAR Techniques

    MOP-Q:SAR Processing and Image Analysis

    MOP-R:SAR Techniques

    MOP-S:Radar Scatterometer Systems and Techniques

    MOP-T:Active Microwave

    MOP-U:Biomass Assessment I

    MOP-V:Multi-Temporal Analysis

    MOP-W:Forest Parameter Estimation I

    MOP-X:Forest Parameter Estimation II

    MOP-Y:Forest Parameter Estimation III

    MOP-AA:Dynamics of Earth Processes and Climate Change

    MOP-BB:Oil, Gas, and Mineral Exploration II

    MOP-CC:Oil, Gas, and Mineral Exploration III

    MOP-DD:Renewable Energies (Hydro, Solar, Wind)

    MOP-EE:Remote Sensing Archeology and Forensic Science

    MOP-FF:Mobile Laser Scanning and Point Cloud Processing

    TU1-01:High Resolution SAR Techniques

    TU2-01:INSAR Applications I

    TU3-01:INSAR Applications II

    TU4-01:INSAR Applications III

    TU1-02:RADARSAT I

    TU2-02:RADARSAT II

    TU3-02:Advanced Methods for Polarimetric Information Extraction

    TU4-02:Signal Processing Techniques for POL-SAR and POL-INSAR Applications

    TU1-03:Forest Biomass

    TU2-03:Forest Modelling

    TU3-03:Multi-Temporal Analysis I

    TU4-03:BIOMASS TU1-04:Airborne SAR

    TU2-04:SAR Calibration and Processing

    TU3-04:SAR Instrument and Processing I

    TU4-04:SAR Instrument and Processing II

    TU1-05:Hyper-Temporal Image Analysis and Change Detection

    TU2-05:Space LIDAR:Missions, Technologies and Observations TU3-05:Urban Remote Sensing

    TU4-05:Monitoring Temporal and Spatial Changes in Wetland Ecosystems with SAR

    TU1-06:Joint Polar Satellite System (JPSS) Sensor Performance, Products and Progress

    TU2-06:SOAR:SAR Imagery for Cryosphere

    TU3-06:SOAR:SAR Imagery for Land Use and Land Cover and Natural Hazard

    TU4-06:SOAR:SAR Imagery for Ocean and Water Resources and Wetlands

    TU1-07:Fourier-Transform Spectroscopy Applied to Remote-Sensing

    TU2-07:Fusion of Lidar and Hyperspectral Data

    TU3-07:Image Classification I

    TU4-07:Change Detection Techniques

    TU1-08:Tomography and 3D Mapping I

    TU2-08:Tomography and 3D Mapping II

    TU3-08:LIDAR-Based Vegetation Assessment I

    TU4-08:LIDAR-Based Vegetation Assessment II

    TU1-09:Thermal Infrared Sensing

    TU2-09:Optical Sensor Calibration

    TU3-09:Advancing Science through Management of the Geospatial Data Lifecycle

    TU4-09:Implications of Big Data to Remote Sensing

    TU1-10:BIOMASS:ESA's Future Earth Explorer to Measure Global Forests

    TU2-10:Temporal Analysis Techniques and Applications I

    TU3-10:Temporal Analysis Techniques and Applications II

    TU4-10:Environmental Remediation and Assessment I

    TU1-11:The Copernicus SENTINEL-1 Mission

    TU2-11:Global Information Extraction from HR Imagery:Achievements and Challenges

    TU3-11:Agricultural Applications Using Radar and Optical Remote Sensing I

    TU4-11:Agricultural Applications Using Radar and Optical Remote Sensing II

    TU3-12:Canadian Preparation for RADARSAT Constellation Mission (RCM) Compact Polarimetry (CP)

    TU4-12:Challenges and Opportunities in Remote Sensing Education and Training

    TUP-A:Image Segmentation and Clustering I

    TUP-B:Analysis of Mulitemporal and Multisource Images

    TUP-C:Image Processing and Analysis II

    TUP-D:Image Processing and Analysis III

    TUP-E:Analysis of SAR Images

    TUP-F:Image Classification

    TUP-G:Image Segmentation and Clustering II

    TUP-H:Information Extraction I

    TUP-I:Classification and Data Mining

    TUP-J:Feature Extraction and Estimation

    TUP-K:Information Extraction in Radar Data

    TUP-L:Information Extraction II

    TUP-M:Tomography and 3D Mapping I

    TUP-N:Tomography and 3D Mapping II

    TUP-O:Radiometer Calibration Techniques

    TUP-P:Advanced Microwave Radiometer Concepts

    TUP-Q:Microwave Radiometry:Modeling and Applications

    TUP-R:LIDAR Atmospheric Studies

    TUP-S:LIDAR-Based Environmental Studies

    States TUP-T:LIDAR-Based Urban Applications

    TUP-U:Optical Sensors

    TUP-V:Optical Sensor Calibration, Processing, and Products

    WE3-09:Calibration and Validation and Standards in Support of Spaceborne Imaging Spectroscopy Missions I

    TUP-V:Optical Sensor Calibration, Processing, and Products

    TUP-X:Classification

    TUP-Y:Droughts and Extreme Events

    TUP-Z:Crop Specific Studies

    TUP-AA:Crop Classification and Radar Studies

    TUP-BB:Crop Monitoring and Indices

    TUP-CC:Temporal Analysis Techniques and Applications I

    TUP-DD:Temporal Analysis Techniques and Applications II

    TUP-EE:Environmental Remediation and Assessment

    TUP-FF:Remote Sensing in Developing Countries

    WE1-01:Persistent Scatterer Interferometry

    WE2-01:Interferometric Phase Unwrapping

    WE3-01:INSAR Systems

    WE4-01:High Resolution SAR Applications

    WE2-02:SMOS:Continuing to Provide Global Soil Moisture and Ocean Salinity Data II

    WE4-02:Object Detection in High Resolution Optical Images

    WE1-03:Carbon in the Forests

    WE2-03:Multi-Temporal Analysis II

    WE3-03:Classification I

    WE4-03:Classification II

    WE1-04:Ionospheric Effects and Calibration

    WE2-04:EO Response to Major Disasters

    WE3-04:Optical and Infrared Monitoring I

    WE4-04:Optical and Infrared Monitoring II

    WE1-05:Optical, Laser, and Radar Remote Sensing Applied to Natural Hazards I

    WE2-05:Optical, Laser, and Radar Remote Sensing Applied to Natural Hazards II

    WE3-05:Microwave Remote Sensing of Terrestrial Snow

    WE4-05:Multi-Sensor Remote Sensing of Terrestrial Snow WE1-06:Soil Moisture-SMAP Mission

    WE2-06:Soil Moisture-SMOS

    WE3-06:Soil Moisture-Aquarius

    WE4-06:Soil Moisture-Product Intercomparisons

    WE1-07:Parallel and Scalable Image Processing Techniques

    WE2-07:Image Restoration, Compression, and Fusion

    WE3-07:Image Processing and Analysis I

    WE4-07:PAN-Sharpening and Image Fusion

    WE1-08:Radiometer Calibration Techniques and Technologies

    WE2-08:Advanced Microwave Radiometer Concepts

    WE3-08:Microwave Radiometry:Modeling and Applications

    WE4-08:Microwave Radiometer Intercalibration

    WE1-09:International Spaceborne Imaging Spectroscopy Missions:Updates and News I

    WE3-09:Calibration and Validation and Standards in Support of Spaceborne Imaging Spectroscopy Missions I

    WE4-09:Calibration and Validation and Standards in Support of Spaceborne Imaging Spectroscopy Missions II

    WE1-10:Remote Sensing in Developing Countries

    WE2-10:Ground Penetrating Radar

    WE3-10:Manned and Unmanned Airborne Remote Sensing

    WE4-10:Remote Sensing Applications in Groundwater Science

    WE1-11:Superresolution Reconstruction and Mapping for Hyperspectral Imagery

    WE2-11:Ocean Surfactants and Surface Features from Spaceborne SAR

    WE3-11:Special Topics in Microwave Ocean Observations:A Tribute to William J. Plant I

    WE4-11:Special Topics in Microwave Ocean Observations:A Tribute to William J. Plant II

    WE1-12:Accurate SAR Geolocalization:Techniques and Applications

    WE2-12:High-Resolution Ocean Winds, Waves and Currents with Spacebourne Synthetic Aperture Radar (SAR)

    WE3-12:Imaging Spectrometry and LIDAR Algorithms for the National Ecological Observatory Network (NEON)

    WE4-12:LIDAR Applications in Aquatic Ecosystems

    WEP-A:EO Response to Major Disasters

    WEP-B:Polarimetry

    WEP-C:Polsar Applications I

    WEP-D:Polsar Applications II

    WEP-E:Polsar Techniques

    WEP-F:Bistatic SAR

    WEP-G:High Resolution Optical Techniques

    WEP-H:Classification of Hyperspectral Data

    WEP-I:Monitoring the Environment with Hyperspectral Remote Sensing

    WEP-J:Spectral Unmixing and Dimension Reduction

    WEP-K:Multimodal Data Fusion and Hyperspectral Remote Sensing

    WEP-L:Hyperspectal Remote Sensing:Models, Methods and Applications I

    WEP-M:Hyperspectal Remote Sensing:Models, Methods and Applications II

    WEP-N:Optical and Infrared Monitoring I

    WEP-O:Optical and Infrared Monitoring II

    WEP-P:Optical and Infrared Monitoring III

    WEP-Q:Resolution Enhancement and Super-Resolution

    WEP-R:Geographic Information Science I

    WEP-S:Geographic Information Science II

    WEP-T:Ground Penetrating Radar

    WEP-U:Urban and Built Environment I

    WEP-V:Urban and Built Environment II

    WEP-W:Soil Moisture-SMOS and SMAP

    WEP-X:Soil Dielectric Propeties

    WEP-Y:Soil Moisture-Radar

    WEP-Z:Soil Properties I

    WEP-AA:Soil Properties II

    WEP-BB:Soil Moisture Retrieval I

    WEP-CC:Soil Moisture Retrieval II

    WEP-DD:Inland Waters

    TH1-01:3D and 4D SAR Tomography

    TH2-01:SAR Images for Land Surface Characterization in Agricultural Areas

    TH3-01:TANDEM-X:Mission Status

    TH1-02:ALOS-2 / ALOS

    TH2-02:Classification of Hyperspectral Data I

    TH3-02:Classification of Hyperspectral Data II

    TH4-02:Spectral Unmixing and Feature Extraction in Hyperspectral Images

    TH1-03:POLSAR Decomposition and Classification

    TH2-03:Physiological State/Foliar Chemistry

    TH3-03:Land Use and Land Cover Change I

    TH4-03:Land Use and Land Cover Change II

    TH1-04:Data Mining and Classification

    TH2-04:Feature Selection and Classification

    TH3-04:Feature Extraction

    TH4-04:Object Detection and Recognition

    TH1-05:L-Band Remote Sensing of the Cryosphere Using SMOS, Aquarius, and SMAP Radiometers I

    TH2-05:L-Band Remote Sensing of the Cryosphere Using SMOS, Aquarius, and SMAP Radiometers II

    TH4-05:Earth Remote Sensing with Small Satellites:Technology Developments

    TH1-06:Soil Moisture Algorithms

    TH2-06:Soil Moisture Experiments

    TH3-06:Soil Moisture-Global and Regional

    TH4-06:Snow Cover I

    TH1-07:Analysis of Hyperspectral Images

    TH2-07:Analysis of SAR Images

    TH3-07:Image Classification II

    TH4-07:IMAGE SEGMENTATION I

    TH1-08:Global Precipitation Measurement Instrumentation Status Five Months After Launch

    TH3-08:Tropical Rainfall Measuring Mission

    TH4-08:NUMERICAL WEATHER PREDICTION AND DATA ASSIMILATION

    TH1-09:GNSS+R Remote Sensing I

    TH2-09:GNSS+R Remote Sensing II

    TH3-09:Recent Advances in Reflectometry Using GNSS and other Opportunity Signals I

    TH4-09:Recent Advances in Reflectometry Using GNSS and other Opportunity Signals II

    TH1-10:Digital Beamforming SAR Systems and MIMO Techniques

    TH2-10:Wetland

    TH3-10:Flood Land

    TH4-10:Water Quality

    TH1-11:Sensing the Biology and Quality of Ocean and Inland Waters

    TH2-11:Satellite Radar Sensing of High Winds

    TH3-11:Satellite Techniques of Wind Retrieval and Climatologies

    TH4-11:High Resolution Sensing of Ocean Winds and Currents

    TH1-12:SENTINEL-2:ESA's High Resolution Multispectral Land Mapping Mission

    TH3-12:Multi-Temporal Remote Sensing for Detecting and Describing Biodiversity

    TH4-12:Bistatic SAR

    THP-A:Sea Ice

    THP-B:Snow Cover I

    THP-C:Snow Cover II

    THP-D:Ice Sheets and Glaciers I

    THP-E:Ice Sheets and Glaciers II

    THP-F:Permafrost

    THP-G:GNSS+R Remote Sensing

    THP-H:Ground-Based Remote Sensing

    THP-I:Rainfall Measurement Techniques

    THP-J:Cloud and Rain Measurement Techniques

    THP-K:Atmospheric Measurements

    THP-L:Numerical Weather Prediction and Data Assimilation

    THP-M:Atmospheric Sounding

    THP-N:Aerosols, Dust, and Haze

    THP-O:Land Use and Land Cover Change I

    THP-P:Land Use and Land Cover Change II

    THP-Q:Land Use and Land Cover Change III

    THP-R:Land Use and Land Cover Change IV

    THP-S:Land Use and Land Cover Change V

    THP-T:Physiological State/Foliar Chemistry

    THP-U:Topography, Geology, Geomorphology Applications I

    THP-V:Topography, Geology, Geomorphology Applications II

    THP-W:Topography, Geology, Geomorphology Applications III - THP-X:Wetland I

    THP-Y:Wetland II

    THP-Z:Anomalous Conditions Related to Oil Spills and Seasonal Processes

    THP-AA:Modeling and Algorithms for Sensing of Sea Spectra and Currents

    THP-BB:Wind Vector Retrievals Using Scatterometers and SAR

    THP-CC:Active and Passive Observations of Ocean Biology, Spectra, Rain and Winds

    THP-EE:Ocean Surface Salinity Remote Sensing

    THP-FF:Oceans:Coastal Zones I

    THP-GG:Oceans:Coastal Zones II

    THP-HH:Altimeter Technology and Model Development:Validation Campaigns

    THP-II:Ground Processing Systems

    THP-KK:Remote Sensing Data and Policy Decisions

    THP-LL:Earth Observation:Education

    THP-MM:The Chinese HY-2 Ocean Dynamic Environment Mission:Date Processing and Applications

    FR1-01:POLSAR Techniques I

    FR2-01:POLSAR Techniques II

    FR3-01:POLSAR APPLICATIONS

    FR4-01:POL INSAR

    FR1-02:Anomaly Detection in Hyperspectral Images

    FR2-02:Noise Reduction and Enhancement of Hyperspectral Images

    FR3-02:Classification of Hyperspectral Data II

    FR4-02:Advanced Data Processing for the Analysis of Hyperspectral Images II

    FR1-03:Land Use and Land Cover Change III

    FR2-03:Land Use and Land Cover Change IV

    FR3-03:Land Use and Land Cover Change V

    FR4-03:Land Use and Land Cover Change VI

    FR1-04:Information Extraction in Radar Data

    FR2-04:Information Extraction I

    FR3-04:Information Extraction II

    FR4-04:GEOGRAPHIC INFORMATION SCIENCE

    FR1-05:Geology and Topographic Applications I

    FR2-05:Geology and Topographic Applications II

    FR3-05:URBAN AND BUILT ENVIRONMENT 1

    FR4-05:Urban and Built Environment II

    FR1-06:SNOW COVER II

    FR2-06:Ice Sheets and Glaciers

    FR3-06:Sea Ice

    FR4-06:Permafrost

    FR1-07:Image Segmentation II

    FR2-07:Object Detection

    FR3-07:Image Fusion and Analysis

    FR4-07:Parameter Estimation, Detection, and Monitoring

    FR1-08:TRMM and GPM

    FR2-08:Radar Rainfall Techniques

    FR3-08:Atmospheric Sounding

    FR4-08:Aerosols, Dust, and Haze

    FR1-09:Ocean Surface Modeling

    FR2-09:Vegetation Modeling

    FR3-09:Electromagnetic Modelling

    FR4-09:Ground-Based Remote Sensing

    FR1-10:Remote Sensing Applications in Crop Mapping, Yield, and Parameter Estimation I

    FR2-10:Remote Sensing Applications in Crop Mapping, Yield, and Parameter Estimation II

    FR3-10:Remote Sensing Applications in Agriculture I

    FR4-10:Remote Sensing Applications in Agriculture II

    FR1-11:Ocean Surface Salinity Remote Sensing

    FR2-11:Satellite Altimeter Observations of Sea Surface Heights and Dynamics

    FR3-11:Oceans:Coastal Zones I

    FR4-11:Oceans:Coastal Zones II

    FR1-12:The Chinese HY-2 Ocean Dynamic Environment Mission:Date Processing and Applications

    FR2-12:The Chinese HY-2 Ocean Dynamic Environment Mission:Mission and Payloads

    FR3-12:Ground Processing and Data Management

    FR4-12:Remote Sensing Data and Policy Decisions

    MOP-B:Ocean Surface Scattering

    TU4-04:SAR Instrument and Processing II

    TU4-09:Implications of Big Data to Remote Sensing

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