Fixed assignment schemes and switched networks

Electr. and Computer Engin. (ECE) 1

ECE 7030Advanced Electrical Machines3 cr
Magnetically-coupled circuits, energy conversion principles, field generation in ac machines, windings and inductances, reference frame theory, dc machine and dc drives, scalar control of induction machines, vector control of induction machines, drives for special machines.

ECE 7040Signal and Data Compression3 cr
The course presents the theory of signal and data compression with their applications in engineering, including lossless compression (Shannon-Fano, Huffman, arithmetic and dictionary) and lossy compression, including scalar and vector quantization. References to sub-band and transform coding (wavelets and fractal) and analysis-synthesis coding will be made.

ECE 7076Advanced Electric Machines and Drives3 cr
Magnetically-coupled circuits, energy conversion principles, field generation in ac machines, windings and inductances, reference frame theory, dc machine and dc drives, scalar control of induction machines, vector control of induction machines, drives for special machines.

models that represent real communication network problems and how to analyze them.

ECE 7202Cognitive Wireless Networks3 cr
The course will address both the theoretical concepts and system-level implementation issues for cognitive wireless networks. The
topics covered will include information-theoretic analysis of cognitive radio systems, challenges and issues in designing cognitive radio
systems, architectures and protocols for cognitive wireless networks, distributed adaptation and optimization methods, channel allocation cognitive machine learning techniques, interoperability issues, cross-layer optimization of cognitive radio systems, and applications of cognitive radio networks.

ECE 7204Queueing Systems for Telecommunications3 cr
Applied stochastic models for queueing systems; analysis of queueing models using matrix-analytic methods and also traditional transform-based approaches. Course will focus on applications; how to develop models that represent real communication network problems and how to analyze them.

2 Electr. and Computer Engin. (ECE)

Representation and analysis of deterministic signals: Continuous and Discrete; Random processes and spectral analysis; Bandlimited signals

ECE 7440Current Research Issues in Electrical Engineering3 cr
Presentation of important research developments in the area of Electrical

systems. Engineering, selected to complement other established graduate courses.

Prerequisite: Undergraduate level Probability Theory & Random Processes.

ECE 7270Scattering and Diffraction of Electromagnetic Waves6 cr Formulation and analysis of scattering problems by classical methods.

ECE 7280Static Compensation in Power Systems3 cr
Requirements for Static Compensation in Power Systems. The thyristor controlled reactor (TCR) and thyristor switched capacitor (TSC).

Homojunction and heterojunction phenomena; Gunn effect, organic semiconductors, properties of thin films, quantum electronic devices, space charge limited current devices, and newly developed solid state

and controls. entropy-coded quantization; principles of predictive coding; transform

ECE 7320Sampled-Data Control Systems3 cr
Analysis and design of discrete-time systems, compensation to improve stability and performance, introduction to digital logic control.

coding and bit-allocation; trellis coding; channel-optimized quantization; applications.

ECE 7590Telecommunication Networking3 cr
This course will cover issues in the design and analysis of
telecommunication networks and systems in terms of physical
implementation, protocols, routing algorithms, management, software interfaces, and applications. Focus will be on high speed LAN, WAN and Telecommunication networks using a systems engineering perspective. PR/CR: A minimum grade of C is required unless otherwise indicated.

ECE 7680Dielectric Properties and Phenomena3 cr
Elementary structure of matter, polarization, response of dielectrics to static and periodic fields, ionization and decay processes, electrical breakdown of gases, liquids, and solids.

February 21, 2023

ECE 7700Nonlinear Systems Analysis 13 cr

determining stability. sensitivity or other criteria, theory of multivariable functions, lumped-

ECE 7720Optimal Control 13 cr distributed network synthesis.

ECE 8110Digital Systems Design3 cr
Fixed-instruction-set microprocessor design; microprogramming, bit-slice based design; parallel processing and multiprocessing; applications to data acquisition, data logging, and data communications.

ECE 8130Statistical Communication Theory3 cr
Representations of random processes; signal detection and estimation

ECE 7810Solution of Fields by Numerical Methods 13 cr
Numerical integration, differentiation. Finite-difference solutions of the Poisson, Laplace and Helmholtz equations. Initial-value problems. The eigen problem. Examples chosen from electromagnetic, thermal, fluid-flow, stress, and other fields.

ECE 7880Distributed Energy Generation3 cr
Rationale for distributed generations (DG); Distributed electricity generation technologies (thermal and renewable); Availability of renewable energy resources; Technical and economic evaluation of DG projects; DG grid integration issues and interconnection standards; Microgrids.

ECE 7990HVDC Transmission 13 cr
Rectifier-inverter fundamentals. Compounding and regulation. Grid firing control systems. Reactive power requirements. Ground return and electrode design. Transmission lines. Economics and efficiency.

ECE 8000HVDC Transmission 23 cr
Protection. Harmonics: telephone interference. Corona: radio and television interference. Analytical methods. Conversion equipment, the use of solid devices. Selected topics from current literature.

ECE 8200Advanced Engineering Electromagnetics3 cr
Solution of wave equation; special theorems and concepts, computer aided analysis.

ECE 8210Power Electronic Circuits3 cr
Thyristor properties, ac controllers, controlled rectifiers, dc to dc converters (choppers), and inverters. Permission of instructor required. Credit not to be held with ECE 4370.

Error, delay, cost and capacity analysis. Fixed assignment schemes.

Packet and switched networks. Random access. Satellite networks. Hybrid protocols.

ECE 8310Computer-Aided Design in Biomedical Engineering3 cr
Representation of surfaces in space. 3D display methods and
hardware. 3D boundary tracing and texture. Biosterometry and
stereophotogrammetry in biomedicine. Some aspects of computer-aided
manufacturing of prostheses and other topics.

PR/CR: A minimum grade of C is required unless otherwise indicated.

ECE 8370Topics in Biomedical Engineering3 cr
A discussion of current topics in biomedical engineering. The latest
in instrumentation, procedures and practices relevant both to clinical
engineering and ongoing research are covered.

PR/CR: A minimum grade of C is required unless otherwise indicated.
Prerequisite: ECE 4400 or consent of instructor.