مجموعه همایش های بین المللی ISPRS تهران مهر 98

 همایش های  ISPRS

زمان برگزاری مجموعه همایش های بین المللی ISPRS ؛ تهران - در محل دانشگاه تهران - در تاریخ 20 تا 22 مهر ماه 98 میباشد .

محورهای همایش:

Acquisition, storage, modeling and analysis of spatial data and information

Geospatial Information Systems

Multi-dimensional modelling, analysis and visualization
Spatial decision support systems and multi-criteria decision making
Geospatial simulation and modeling
Spatio-temporal data mining and knowledge discovery
Spatial optimization and computational intelligence
Spatial data quality and uncertainty assessment
Location-based services, geospatial services and real-time applications
Indoor and outdoor navigation, routing and way finding
Spatial movement data analysis
Geospatial information for smart cities and smart environment
Geosensors networks and sensor Web
Cartography, generalization and multi-scale representation
Spatial cognition and spatial linguistics
Spatial semantics and spatio-temporal ontologies
Ubiquitous geospatial information systems
Volunteered geographic information, crowdsourcing and public participatory GIS
Spatial data structures and algorithms
Spatial Big data management
Building information management (BIM)
Spatio-temporal data modeling, analysis and acquisition techniques
Land administration, spatial data infrastructures and spatially-enabled government
Interoperability and standards
Remote Sensing and Photogrammetry

Airborne, terrestrial and mobile mapping
Unmanned vehicle systems for geomatics
Laser scanning for ۳D surveying and mapping
SAR image analysis, modeling and techniques
POL and POLInSAR techniques and applications
Digital terrain modeling and analysis
Sensors and methods of DEM generation
Feature extraction/selection and dimension reduction in hyperspectral images
Image segmentation, object detection and recognition
Target detection and unmixing in hyperspectral images
Feature extraction and information retrieval from SAR and hyperspectral images
Image and spatial data fusion
Close range photogrammetry
۳D reconstruction and point cloud processing
Virtual and augmented reality
Tomography and ۳D mapping
Satellite oceanography
Geodesy

Geodetic sensors and ۳D measurements
Relative satellite positioning
Recent advances in modeling time-varying gravity field
Geodetic reference frames
Advances in earthquake source imaging using geodetic and seismic data
Geodesy on large construction: monitoring of structures and system analysis
Imaging geodesy and GPS for tectonic and non-tectonic deformation analysis
Modeling atmospheric effects in geodetic observations
Sensor technology and geodetic meteorology
Spatial information and earth observation for environmental monitoring, natural hazards, and disaster management

Earth observation missions for monitoring environmental changes at local, regional and global scales
Monitoring and modeling land use and land cover changes
Remote sensing and GIS to support the emergency management
Geoinformation to support early warning in cases of natural hazards
Remote sensing of changes in snow and ice, frozen ground, ice sheets and glaciers and arctic water sea ice
Photogrammetry and remote Sensing for dynamic vulnerability and recovery monitoring
Desertification, deforestation, flood, earthquake, landslide vulnerability assessment
Climate-induced hazards mapping and vulnerability assessment
Modeling and analyzing of impacts from sea level rise
Integration of remote sensing and GIS for predicting, monitoring and responding to hydro-meteorological and geophysical extremes
Spatiotemporal modeling of landscape dynamics
Quality assurance for environmental change databases
New earth observation systems for natural hazard monitoring
Geosensor networks for environmental monitoring
UAV systems for hazard mapping and damage assessment
Laser scanning for indoors and outdoor mapping and search and rescue simulations
Web based multidimensional GIS for disaster risk management
Multi-sensor fusion/integration for monitoring marine disasters
Integrated coastal zone management (ICZM) modeling and monitoring
Mobile mapping for transportation emergency response
New geospatial technologies in early warning, forecasting and monitoring of natural hazard chains
Public participation GIS for disaster preparedness and planning
Foggy weather/heavy rain, impact on quality of life (e.g., car accidents)
Red tide, impact on marine life and policy management
Sand twisters and rigorous winds
Geospatial modeling of environmental and air pollution
Geospatial big data for environmental modeling
Energy management using geospatial modeling
Precise agriculture using remote sensing and GIS
Terrestrial and sea surface thermal mapping
Natural resource management using remote sensing and GIS integration
Oil and gas potential mapping using remote sensing and GIS
Rapid mapping for environmental applications and disaster management
Mapping of settlement patterns for urbanization monitoring
Agricultural mapping and monitoring
Vegetation and crops monitoring and growth
Forest classification and monitoring