Prof. Mirko Reguzzoni

Argomenti del programma: Lectures (Mod. B) - Exact interpolation with Lagrange polynomials and Triangular Irregular Network (TIN). - Data gridding: nearest neighbor, distance weighted interpolation. Commission and omission error in data interpolation and error evaluation with the leave one out technique. - Discrete Fourier Transform (DFT). - Least squares interpolation with splines and Tykonov regularization.

Argomenti del programma: 1. FUNDAMENTAL EQUATIONS OF PHOTOGRAMMETRY : Review of least-squares adjustment. Geometrical transformations in the plane and in the space, 2D and 3D rotation matrices and their properties, central projection and collinearity equations. Normal case of stereoscopy: equations for the computation of the object coordinates and their precision. Internal orientation and camera calibration.

Argomenti del programma: 1. FUNDAMENTAL EQUATIONS OF PHOTOGRAMMETRY : Review of least-squares adjustment. Geometrical transformations in the plane and in the space, 2D and 3D rotation matrices and their properties, central projection and collinearity equations. Normal case of stereoscopy: equations for the computation of the object coordinates and their precision. Internal orientation and camera calibration.

Argomenti del programma: 1. FUNDAMENTAL EQUATIONS OF PHOTOGRAMMETRY : Review of least-squares adjustment. Geometrical transformations in the plane and in the space, 2D and 3D rotation matrices and their properties, central projection and collinearity equations. Normal case of stereoscopy: equations for the computation of the object coordinates and their precision. Internal orientation and camera calibration.

Argomenti del programma: 1. FUNDAMENTAL EQUATIONS OF PHOTOGRAMMETRY : Review of least-squares adjustment. Geometrical transformations in the plane and in the space, 2D and 3D rotation matrices and their properties, central projection and collinearity equations. Normal case of stereoscopy: equations for the computation of the object coordinates and their precision. Internal orientation and camera calibration.

Argomenti del programma: 1. FUNDAMENTAL EQUATIONS OF PHOTOGRAMMETRY : Review of least-squares adjustment. Geometrical transformations in the plane and in the space, 2D and 3D rotation matrices and their properties, central projection and collinearity equations. Normal case of stereoscopy: equations for the computation of the object coordinates and their precision. Internal orientation and camera calibration.

Argomenti del programma: 1. FUNDAMENTAL EQUATIONS OF PHOTOGRAMMETRY : Review of least-squares adjustment. Geometrical transformations in the plane and in the space, 2D and 3D rotation matrices and their properties, central projection and collinearity equations. Normal case of stereoscopy: equations for the computation of the object coordinates and their precision. Internal orientation and camera calibration.