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E E 456: Introduction to Electric Power System Engineering and Analysis II
3.00 Credits
Ohio University-Main Campus
Prereq: E E 455. Continuation of 455. See 455 for description.
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E E 456 - Introduction to Electric Power System Engineering and Analysis II
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E E 457: Introduction to Electric Power System Engineering and Analysis III
3.00 Credits
Ohio University-Main Campus
Prereq: E E 456. Continuation of 455, 456. See 455 for description.
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E E 457 - Introduction to Electric Power System Engineering and Analysis III
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E E 461: Digital Systems I
3.00 Credits
Ohio University-Main Campus
Prereq: E E 352. Postulates and fundamental theorems of Boolean algebra; algebraic and map methods for design of combinational logic and simple sequential circuits; logic minimization methods; introduction to system design using shift registers, counters, etc. May be retaken one time excluding withdrawals, but only last course taken counts.
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E E 461 - Digital Systems I
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E E 461A: Digital Systems and Computer Design
4.00 Credits
Ohio University-Main Campus
Prereq: E E 352. Computer organization and architecture with emphasis in design of superscalar processors and advanced architectures; pipelined fixed and floating-point data-path design; RISC vs. CISC and hard-wired vs. micro-programmed control organizations; memory hierarchy and memory management; I/O units and interfacing; operating system support vector and array-processing; sharedmemory multiprocessing; distributed and grid computing; multi-threaded processors; system modeling and performance measurement; futuristic man-machine interface and display systems. A term paper is required and a design/computer project is assigned involving hardware design and system simulation. May be retaken two times excluding withdrawals, but only last course taken counts.
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E E 461A - Digital Systems and Computer Design
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E E 462: Digital Systems II
3.00 Credits
Ohio University-Main Campus
Prereq: E E 461. Basic concepts from theory of finitestate machines, analysis and synthesis of sequential circuits, study of state assignment, synchronous and asynchronous machines, and system design using integrated circuits.
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E E 462 - Digital Systems II
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E E 463: Digital Systems III
3.00 Credits
Ohio University-Main Campus
Prereq: E E 462. Synthesis of sequential circuits using ROMs and RAMs for control logic. Introduction to computer organization and design including selection of instruction set, register and bus organization and implementation of control logic with microprogrammed control. May be retaken two times excluding withdrawals, but only last course taken counts.
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E E 463 - Digital Systems III
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E E 464: Engineering Applications of Expert Systems
3.00 Credits
Ohio University-Main Campus
Prereq: E E 495 OR CONCURRENT. Knowledge representation. The process of knowledge engineering. Areas in engineering for expert systems applications. Implementing engineering projects that involve a decision-making process by using an expert system software tool integrated with a database management system. May be repeated.
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E E 464 - Engineering Applications of Expert Systems
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E E 467: Advanced Microprocessors
3.00 Credits
Ohio University-Main Campus
Prereq: E E 395A. Organization of 16- and 32-bit microprocessors. Particular attention given to a specific microprocessor family (such as the Motorola 680XY) regarding instruction set, assembly language programming, arithmetic operations, I/O, etc.
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E E 467 - Advanced Microprocessors
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E E 468: Microcomputers II
3.00 Credits
Ohio University-Main Campus
Prereq: E E 395A. Design, implementation, and application of microcontroller or microprocessor based systems. Microcontroller instruction set architectures (e.g. PIC Micro). Fault-tolerant systems. Other topics include but are not limited to hardware interface to external components, serial and parallel input/output (I/O), networks of microcontrollers and embedded microprocessors (e.g. CAN, 12C, TTP, SPI, Ethernet), motor and actuator control. Computer projects emphasize the design and implementation microcontroller-based systems.
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E E 468 - Microcomputers II
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E E 470: Communication Engineering
3.00 Credits
Ohio University-Main Campus
Prereq: E E 333. Unified approach to communications stressing principles common to all transmission systems. Review of Fourier series. Fourier integral and complex frequency techniques with emphasis on communication networks, time response and convolution, measurement of information, amplitude modulation (double and single side-band techniques), frequency modulation, sampling theory, pulse modulation and digital communications systems, fundamentals of random signal theory and its application to communication systems, noise and its effect on conventional modulation systems; noise figure, noise suppression techniques, and other related topics. May be retaken one time excluding withdrawals, but only last course taken counts.
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E E 470 - Communication Engineering
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