Master of Science in Computer Science

design and analysis of algorithms and data structures, software engineering, data compression, text compression, image compression, special-purpose compression, genetic algorithms, software testing, software quality measurement

graphics, computational science, fractals, software engineering

multi-media, game development, computer graphics, data / information visualization, data mining, human-computer interaction

software engineering (V & V, metrics), database, computer graphics, computer-assisted instruction, computer vision and bioinformatics

intelligent systems, expert systems, digital image processing, software engineering

artificial intelligence, logic programming, deductive databases

digital image processing, wavelets, medical imaging, applications of soft computing methods (neural networks and genetic algorithms) and biomedical informatics

computability and complexity theory, language recognition and translation, networking and distributed computing, information security and authentication, algorithm design and analysis

fault tolerant computing, computer architecture (computer arithmetic, sorting network, interconnection network), algorithm design, software engineering, database theory & design, information security

object-oriented design and distributed object computing, multiprocessor interconnection networks, client-server architecture & network programming, embedding and routing algorithm design

robotics, computer vision, artificial intelligence, human-computer interaction, natural language understanding

algorithm design and analysis, data structures, object-oriented design, emerging computer technologies-especially related to instruction

robotics, AI, human-robot interaction, machine learning, multi-agent systems, educational robotics, graphical user interface

parallel and distributed computing, object-oriented software engineering, computer architecture, network traffic management

parallel and distributed computing, computer networks, parallel computer architecture, supercomputing, scheduling, combinatorial optimization