Courses Description

CS476 Computer Networks:

Basic notations of communications ,codes parity, simplex, half duplex, full duplex, serial ports, protocols. Network topologies.Network Layers. Local area networks. Introduction to performance analysis.

CS381 Computer Graphics I:

An introduction to the principles, algorithms, and devices for construction and display of computer generated images.Interactive graphic techniques. Vector, char, and curve generations. Applications and transformation in 2D and 3D.

A course in the principles and practices of display, especially raster displays. Hardware characteristics and software methods and conventions are discussed, with emphasis on data and code structures for color raster displays and interaction with the user.

CS482 Advanced Graphics and Image Processing:

Topics in computer graphics and image processing, including image data structures, graphics standards, device-independent graphics systems, digital halftoning, image transformations, edge finding algorithms, image smoothing, and use of parallelism in computer graphics and image processing.

Advanced topics and current research in computer imaging. Topics may include curve and surface patches, shading, ray tracing, radiosity, chaotic modeling, color spaces, lighting models, texture mapping as well as recently published research in these and other areas. Class work to include a term project and readings from the literature.

CS484 Computer Vision & Pattern recognition:

Computer vision and pattern recognition including image preprocessing, feature extraction, recognition and localization techniques. Techniques for deriving 3-D shape information from 2-D intensity images such as shape from shading, stereo, motion and texture. Parallel algorithms/architectures for computer vision including neural computing.

CS491 Graduation Project:

Fourth year level and consent of lecturer.A seminar on advanced and current research topics in Computer Science. Emphasis will be on participation and use of technical literature sources.

CS492 Special Topics in Computer Science:

Various advanced topics in computer science such as: graphics, parallel processors, compiler design and optimization, , Robotics communications and signal processing, distributed systems, graph theory, artificial intelligence, Robotics, formal theory, or others.

CS530 Design and Analysis of Algorithms:

Analysis of algorithms. Algorithm design techniques. Efficient algorithms for classical problems. Intractable problems and techniques to handle them. See also the full Lecture Schedule

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