Remote Sensing

  • Actively working on ground based bistatic scatterometer system and satellite-based measurements for the prediction of the sensors parameters and monitoring the growth of several crops on large scale, extracting information on land use/land cover and landscape dynamics for satellite data using machine learning techniques, retrival of Land surface temperatures (LST) using satellite images for urban heat island (UHI) and environmental studies.
  • Collaborative work with Space Application Centre, ISRO on ScatSat-1 calibration and validation and also have collaboration on NASA-ISRO Synthetic Aperture Radar (NISAR) mission.

 

Faculty

 

Dr. Rajendra Prasad