Geographic imaging professionals need to process vast amount of geospatial data like Multispectral, Hyperspectral, Radar, Vector, Thermal, Lidar, Elevation, UAV etc every day. Usually researchers need software tools to process variety of geospatial data into actionable information. Geospatial Software tools should empower researchers to collect, process, analyze and understand raw geospatial data, and ultimately deliver usable information. User relying on software designed to handles time series data, visualization, statistical information, spatial modeler-based results that helps to achieve their objectives in a single interface.
Beneficial
The academicians and researchers handling Geospatial data for different applications like studying changes in urban growth, sensitive environments, mapping resources, or assessing damage from natural disasters, 3D mapping etc. Software tools should simplify classification, orthorectification, mosaicing, reprojection, and image interpretation while maintaining the integrity of the geospatial data you need for updating your GIS in multiple formats. The formats should be interoperable so that any other specialized applications should read them.
Agenda
• Data conversion • Orthorectification • Color balancing, mosaicing, and compression • Land-cover mapping and terrain categorization • LiDAR editing and classification • Map and report generation and printing through the map composer, PowerPoint®, or Word • Feature capture and update • Building Spatial Model using raster, vector, attributes • Terrain creation, editing, and analysis • Automatic Image to Image Georeferencing and edge matching • Imagine Machine Learning Classification: Support Vector Machine, Logistics Regression and accuracy assessment (Kappa, Overall accuracy and Cell report) • Zone based change detection • Photogrammetry: Processing Stereo Satellite image by Block creation, automatic tie point generation, control point measurement, triangulation, Automatic DEM generation, Edit the terrain, Ortho rectification process, 3D feature capture • 3D Visualization using DEM, Ortho, Vector, Symbols, Generate 3D fly throughs • Processing SAR imagery • Hands on Training Coordinators
- • Dr. R. Balasubramanian (balarfma[at]iitr[dot]ac[dot]in)
- • Dr. N. K. Gupta (guptafcc[at]iitr[dot]ac[dot]in)
Contact us: guptafcc[at]iitr[dot]ac[dot]in