Elements of Photogrammetry Detailed Syllabus for Geo-Informatics and Surveying Technology M.Tech first year first sem is covered here. This gives the details about credits, number of hours and other details along with reference books for the course.<\/p>\n
The detailed syllabus for Elements of Photogrammetry M.Tech 2017-2018 (R17) first year first sem is as follows.<\/p>\n
M.Tech. I Year I Sem.<\/p>\n
Course Objectives:<\/strong> to know the photogrammetric principles, types and its instrumentation methods for applications<\/p>\n Course Outcomes:<\/strong> at the end of the course the student will able to learn Classify the photogrammetry methods and their applications, Determine the scale, ground coordinates and the aerial extent of aerial photographs, Demonstrate interior and exterior orientation on two overlapping aerial photograph, Measure parallax and compute elevations from parallax measurements and Prepare mosaics, orthophotos and photomaps for mapping of resources.<\/p>\n UNIT – I: Introduction to Photogrammetry & Vertical Photographs:<\/strong>Aerial Camera, Film and Filter combination: film processing, Printing of Aerial Photos. Cartography: terms & definition, Map Projection, Map numbering systems, Map legend symbols Design and layout of map. Definition of Photogrammetry – types of photographs, vertical aerial photographs, Geometry of vertical photographs, Scale of a vertical photograph over flat terrain, Scale of a Vertical photograph over variable terrain – average photo scale, methods of determining scale of vertical photographs, Ground coordinates from a vertical photograph, Relief Displacement, Flying height of a vertical photograph, Error evaluation.<\/p>\n UNIT – II: Stereoscopic Parallax:<\/strong>Principle of the Floating Mark \u2013 Stereoscopic methods of Parallax Measurement \u2013 Parallax equation \u2013 Elevations by parallax Differences \u2013 Approximate Equation for elevations from Parallax Differences \u2013 Measurement of Parallax Differences with Stereoscope & Parallax Bar- Parallax Correction Graph \u2013 Computing Flying Height and Air Base \u2013 Error Evaluation.<\/p>\n UNIT – III: Elementary Methods of Planimetric Mapping for GIS, Photomaps & Mosaics:\u00a0<\/strong>Planimetric Mapping by Direct Tracing \u2013 Planimetric Mapping with Reflection and Projection Instruments \u2013 Georeferencing of Digital Imagery \u2013 Planimetric Mapping Using a Tablet Digitizer \u2013 Heads-up Digitizing \u2013 Photomaps and mosaics, Kinds of mosaics, uncontrolled digital mosaics, semi controlled Digital mosaics and Controlled Digital Mosaics<\/p>\n Unit – IV: Tilted Photographs:<\/strong>Introduction, Angular Orientation in Tilt, Swing, and Azimuth, Auxiliary Tilted Photo coordinate system, Scale of a Tilted Photograph, Relief Displacement on a Tilted Photograph, Tilt Displacement, Angular Orientation in Omega, Phi and Kappa, Determining the elements of Exterior Orientation, Rectification of Tilted photographs, Geometry of Rectification, Analytical Rectification, Optical-Mechanical Rectification, Digital Rectification, Atmospheric Refraction in tilted aerial photographs.<\/p>\n Unit – V: Stereoscopic Plotting Instruments:<\/strong>Classification of stereoscopic Plotters – Direct optical projection Stereo plotters: components, Projection systems, Viewing systems, Measuring and tracing systems, Interior Orientation, Relative Orientation, Absolute Orientation, Analytical plotter: Introduction, System components and Methods of operations and its advantages. Project planning: Flight planning: Introduction, Photographic end lap and side lap, Purpose of the Photography, Photo Scale, Flying Height, Stereoscopic Plotter Considerations, Ground coverage, Weather conditions, Season of year, Flight Map, Specifications, Cost estimating and Scheduling<\/p>\n TEXT BOOKS:<\/strong><\/p>\n REFERENCES:<\/strong><\/p>\n\n
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