Course Title: Remote Sensing and GIS
Full Marks: 45 + 30
Course No: C.Sc. 624
Pass Marks: 22.5+15
Nature of the Course: Theory + Lab
Credit Hrs: 3
Course Description:
This course covers the concepts and principles of remote sensing, global navigation satellite System (GNSS) and GIS
Course Contents:
Unit 1: Concept of Remote Sensing 4 hrs
Introduction; Distance and Definition of Remote Sensing; Remote Sensing: Art and/or Science; Data; Remote Sensing Process; Source of Energy; Interaction with Atmosphere; Interaction with Target; Recording of Energy by Sensor; Transmission, Reception, and Processing; Interpretation and Analysis; Applications, Advantages, and Limitations of Remote Sensing; Ideal Remote Sensing System
Unit 2: Types of Remote Sensing and Sensor Characteristics 3 hrs
Introduction; Types of Remote Sensing; Characteristics of Image; Orbital Characteristics of Satellite; Remote Sensing Satellites; Concept of Swath and Nadir; Sensor Resolutions; Image Referencing System
Unit 3: Photographic Imaging 3 hrs
Introduction; Camera Systems; Types of Camera; Filter; Film; Geometry of Aerial Photography; Ideal Time and Atmosphere for Aerial Remote Sensing
Unit 4: Digital Imaging 4 hrs
Introduction; Digital Image; Sensor; Imaging by Scanning Technique; Hyper-spectral Imaging; Imaging by Non-scanning Technique; Thermal Remote Sensing; Other Sensors
Unit 5: Microwave Remote Sensing 4 hrs
Introduction; Passive and Active Microwave Remote Sensing; Radar Imaging; Airborne Versus Space-borne Radars; Radar Systems
Unit 6: Ground Truth Data and Global Positioning System 5 hrs
Introduction; Requirements of Ground-Truth Data; Instruments for Ground Truthing; Parameters of Ground Truthing; Factors of Spectral Measurement; Global Navigation Satellite System
Unit 7: Photogrammetry 6 hrs
Introduction; Development and Classification; Photogrammetric Process; Acquisition of Imagery and its Support Data; Orientation and Triangulation; Stereo Model Compilation; Stereoscopic 3D Viewing; Stereoscopic Measurement; DTM/DEM Generation; Counter Map Generation; Orthorectification; 3D Feature Extraction; 3D Scene Modeling; Photogrammetry and LiDAR; Radargrammetry and Radar Interferometry; Limitations
Unit 8: Visual Image Interpretation 5 hrs
Introduction; Information Extraction by Human and Computer; Remote Sensing Data Products; Border or Marginal Information; Image Interpretation; Elements of Visual Image Interpretation; Interpretation Keys; Generation of Thematic Maps; Thermal Image Interpretation; Radar Image Interpretation
Unit 9: Digital Image Processing 3 hrs
Introduction; Categorization of Image Processing; Image Processing Systems; Digital Image; Media for Digital Data Recording, Storage, and Distribution; Data Formats of Digital Image; Header Information; Display of Digital Image; Pre-processing; Image Enhancement; Image Transformation; Image Classification
Unit 10: Data Integration, Analysis, and Presentation 4hrs
Introduction; Multi-approach of Remote Sensing; Integration with Ground Truth and Other Ancillary Data; Integration of Transformed Data; Integration with GIS; Process of Remote Sensing Data Analysis; The Level of Detail; Limitations of Remote Sensing Data Analysis; Presentation
Unit 11: Concept of GIS 4 hrs
Introduction; Definition; Key Components; GIS-An Integration of Spatial and Attribute Information; GIS-Three Views of Information System; GIS and Related Terms; GIS-A Knowledge Hub; GIS-A Set of Interrelated Subsystems; GIS-An Information Infrastructure; Origin of GIS; Functions of GIS
Recommended Books:
- Remote Sensing and GIS, Basudeb Bhatta, Second Edition, Oxford University Press
- Remote Sensing and GIS Integration, Theories, Methods, and Application, Qihao Weng, McGrawHill
