Recent developments in CAD for electromagnetic devices have utilized knowledge-based programming techniques to simplify the task of design process automation. The ultimate goal is to duplicate the role an expert designer performs in synthesizing devices such as transformers, motors, and…

This thesis addresses the problem of how to determine the optimum level of mesh discretization required to solve a magnetic device accurately and efficiently using finite elements. Currently, most finite element packages require user intervention to assure that the mesh…

This thesis deals with the problem of recovering the local structure of surfaces from discrete range data. It is assumed that this recovery is done mostly in a bottom-up fashion, that is, without the help of a priori knowledge about…

High quality, well oriented Zinc Oxide polycrystal thin films on oriented Si crystal surfaces and amorphous SiO$ sb2$/Si, Corning Glass and Al/SiO$ sb2$/Si substrates have been produced by a DC conical reactive S-GUN magnetron sputtering technique. X-Ray diffraction measurements, scanning…

New digital communication applications, such as multimedia, require very powerful error correcting codes that deliver low error rates while operating at low to moderate ratios (SNRs). Turbo codes have reasonable complexity and can achieve very low error rates if a…

In this thesis, we present two new methods to overcome the effects of both camera calibration errors and partial emptiness of surface voxels in voxel-coloring. Voxel-coloring is a relatively new volumetric method for 3D scene reconstruction from multiple calibrated views.…

This work generalizes the Liu and Elia dirty-paper coding scheme to include feedback channels with additive white Gaussian noise (AWGN) and intersymbol interference (ISI). An optimal scheme is derived which achieves lossless interference cancellation, performs arbitrarily close to the feedback…