The Center for Advanced Computer Studies: Graduate Courses

Graduate Courses

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Note: Course numbers followed by a "G" indicate undergraduate courses that may be applied to a graduate degree. The notation (3, 0, 3) indicates that a course has 3 weekly contact hours, no lab hours, and is worth 3 credit hours.

411G System Simulation 415G Computer Graphics 420G Artificial Intelligence 425G Introduction to Robotics 427G Video Game Design & Development 430G Computer Architecture 430G Digital Signal Processing (EECE) 433G Telecommunications (EECE) 434G Data Communications (EECE) 440G Theory of Computation 446G Introduction to Synthesis (EECE) 450G Programming Languages (CMPS) 451G Compiler Construction (CMPS) 452G Human Computer Interface Design 453G Introduction to Software Methodology 455G Operating Systems 456G Microwave Engineering (EECE) 458G Communications Engineering (EECE) 460G Database Management Systems (CMPS) 461G Control Systems (EECE) 480G Computer Aided Engineering (EECE) 481G Intelligent Robots: The Integration of Microcomputers and Robotic Technology (EECE) 482G Principles of CAD/CAM (EECE) 499G Special Topics in Computer Science 500 Design and Analysis of Algorithms 506 System Theory 507 Digital Signal Processing 508 Image Processing 509 Pattern Recognition 512 Network Security 513 Computer Communications and Networks 514 Error Control Codes for Computer Systems 515 Advanced Computer Graphics 516 Cryptography and Data Security 517 Digital Techniques in Telecommunications 518 Lossless & Lossy Data Compression 520 Principles of Artificial Intelligence 521 Automated Reasoning 522 Autonomous-agent Architectures 523 The Computational Basis of Intelligence 525 Computer Control Based Robotics and Automation Systems 526 Intelligent Machines: Theory, Design & Applications 527 Cognitive Science I 528 Cognitive Science II 530 Principles of Computer Architecture 531 Parallel Processing Organization 533 Distributed Computing Systems 534 Modeling and Performance Evaluation of Computer Systems 538 Entertainment Computing 540 Principles of the Theory of Computation 541 Automata Theory 542 Formal Languages 550 Prin. of Programming Languages 551 Compiler Design 553 Software Methodology 555 Operating Systems Theory 556 Software Requirements and Specifications 557 Software Testing and Verification 561 Information Storage and Retrieval 562 Data Base Management Systems 564 Information Retrieval Theory 565 Adv Database Systems 566 Data Mining 571 Silicon Compilation 572 Combinatorics and Geometric Algorithms 573 Analog VLSI Design 575 Wireless Computing Systems 576 Mobile Computing and Applications 581 Logic Design and Switching Theory 582 Computer Arithmetic 583 Computer Design and Implementation 584 Fault Diagnosis of Digital Systems 585 VLSI Design 586 VLSI Architecture 587 VLSI Fabrication Principles 588 Neural Networks 589 Introduction to Fuzzy Logic Systems 590 Special Project 595 Graduate Seminar 598 Special Topics 599 Thesis Research and Thesis 608 Theory and Paradigms in Machine Vision 609 Adv. Topics in Machine Vision 613 Adv. Computer Communications & Networks 614 Fault-Tolerant Computing 619 Adv. Topics in Computer Science/Engineering 621 Adv. Topics in Automated Reasoning 629 Adv. Topics in Artificial Intelligence 631 Adv. Parallel Processing 639 Adv. Topics in Computer Architecture 642 Adv. Formal Languages 645 Models of Software Information Content 649 Adv. Topics in the Theory of Computation 650 Language Processing for Distributed Systems 653 Adv. Software Methodology 655 Adv. Operating Systems 659 Adv. Topics in Computer Software Systems 661 Database Theory 662 Info. Systems for Minicomputers and Networks 669 Adv. Topics in Computer Information Systems 679 Adv. Topics in CAD/CAM 689 Adv. Topics in Hardware Design 699 Dissertation Research and Dissertation 899 Examinations Only