Program Schedule

  • Time:
  • Lecture: 10.00 AM - 10:45 AM
  • Practical: 11.00 AM - 01:00 PM
  • LUNCH BREAK
  • Working overview: 02.30 PM - 03:15 PM
  • Practical: 03.30 PM - 05:30 PM

    • Day 1: (September 06, 2018)

    • 1. Presentation What’s New in 2018 Version.

    • 2. Auto Sync Enhancements and New Sensor support.
    • (a) ERDAS Imagine Automatic Geo-Referencing using Auto-sync.
    • (b) Autosyc. Ortho-rectification using external DEM.
    • (c) New sensor support add-in Spot-6/Spot7, Sentinel 2a/2c and other.
    • (d) ERDAS Imagine SRTM Library.
    • (e) Exercise.

    • 3. LAS data Capabilities
    • (a) LAS data visualization in 2D and 3D side view, Front View, Rendering on data, Perspective view.
    • (b) DEM generation, slope, distance and height calculation.
    • (c) Editing of LAS, Offset on data, Data thinning, Data FirstIn, Intermediate, LastIn check.
    • (d) LAS data Classification using Point cloud height and DN value of Image.
    • (e) Volumetric calculation, cut area, fills area.
    • (f) Exercise.

    • 4. Imagine Machine Learning Classification:
    • (a) Support Vector Machine, Deep Learning and accuracy assessment (Kappa, Overall accuracy and Cell report).
    • (b) Exercise.

    • 5. New Capability of Spatial Modeler and Tool creation.
    • (a) Spatial Modeler tools read data to multiple process one level to another level.
    • (b) Classification, Conditional query, Enhancement and output in batch, multicore processing.
    • (c) Site Suitability Analysis.
    • (d) Various enhancements, convolution one view comparison.
    • (e) Zonal Change Detection.
    • (f) Exercise.

      • Day 2: (September 07, 2018)

      • 1. Photogrammetry Concepts and working presentation.

      • 2. Working on Stereo Pair data
      • (a) Stereo data and meta data visualization /read of parameters.
      • (b) Block File and projection setup.
      • (c) Interior and Exterior orientation using DGPS points and Tie points.
      • (d) RMSE error rectification, Block Triangulation.
      • (e) LAS, DEM generation using Enhanced Automatic Terrain Extraction Processes.
      • (f) Exercise.

      • 3. Ortho rectification using Stereo data DEM.
      • (a) Exercise.

      • 4. 3D Visualization
      • (a) DEM overlay and Raster Overlay and 3D rendering.
      • (b) Vector Data overlay and extrude using Height field.
      • (c) Water Fill Analysis and Volume calculation.
      • (d) Flight path creation and rendering.
      • (e) Movie creation.
      • (f) Exercise.

        • Note: Lectures/Practical’s and working overview will be held in Scientific & Engineering Computing Lab. (SEC Lab), ground floor, ICC.