Photogrammetry II

Upon completion of the course, students should be able to: 1. demonstrate good knowledge of the types and orientation procedure in photogrammetry; 2. explain photogrammetry coordinate systems, measurements and application of corrections to photo images; 3. identify mathematical relationship between image and object spaces; and 4. carryout photogrammetry data processing.

Stereoscopy, parallax and height determination. Procedure for interior, relative and absolute orientations. Strip and block formation, stereo-model error analysis. Aero-triangulation by independent models. Stereoscopic models. Model and photo-coordinate systems, measurement and correction of image coordinates. Mathematical relationships between image and object space. Conformal, affine and projective equations. Rotation, collinearity and coplanarity conditions and equations. Space resection and intersection, analytical relative and absolute orientations. Introduction to analytical plotting. Terrestrial photogrammetry methods and applications. Photogrammetric data processing.