Digital Photogrammetry and GIS
caurse was taught by Dr. Moskal at MSU in 2004, 2005 and 2006
 
   
 

To develop an understanding of photogrammetry fundamentals and the ability to derive precise measurements from hardcopy and digital aerial and satellite imagery. Students will be presented with the most common photogrammetric processing techniques, and a firm theoretical and practical background in photogrammetric applications including integration with Geographic Information Systems (GIS).

 
 

3D fly through campus, the file size is about 15MB (click here to begin the download)

3D Virtual reality model of the campus showing the 2001 aerial photography and buildings with heights extracted using photogrammetric methods on the 1995 stereo aerial photograph pairs (this is a large model and will take a few minutes to download, you will also have to have a VRML viewer installed on your computer) (click here to begin the download)

 

In 2004 the class worked on one project:

  • Mapping and 3D visualization of the Missouri State Univeristy-Springfield Campus – the mapping was done from 1995 black and white stereo aerial photography, in addition the students captured some of the buildings on campus using ground based stereo photography. The project contributed to the CNAS Centennial Project.

DATA

Uncorrected stereo aerial photographs
  • 1936 (left image, right image)
  • 1953 (left image, right image)
  • 1982 (left image, right image)
  • 1990 (left image, right image)
  • 1995 (left image, right image)
Orthorectified stereo aerial photographs
  • 1936 (left image, right image)
  • 1953 (left image, right image)
  • 1982 (left image, right image)
  • 1990 (left image, right image)
  • 1995 (left image, right image)
Building shape fiels
  • Extracted from 1995 stereo aerial photographs
  • Based on field data
GCP's
  • point file
Movies
Virtual reality
  • 3D Virtual reality model of the campus showing the 2001 aerial photography and buildings with heights extracted using photogrammetric methods on the 1995 stereo aerial photograph pairs (this is a large model and will take a few minutes to download, you will also have to have a VRML viewer installed on your computer) (click here to begin the download)
 
 
Dr. Moskal's Office: Bloedel Hall 334
Phone: 206.221.6391
Seattle WA, 98195-2100
Email: lmmoskal at u.washington.edu