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ECE 590: Selected Topics
1.00 - 3.00 Credits
University of Michigan-Dearborn
Individual or group study, design, or laboratory research in a field of interest to the students. Topics may be chosen from any of the areas of electrical engineering. The student will submit a report on the project and give an oral presentation to a panel of faculty members at the close of the term.
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ECE 590 - Selected Topics
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ECE 591: Directed Studies
1.00 - 3.00 Credits
University of Michigan-Dearborn
Special projects for laboratory or library investigation with the intent of developing initiative and resourcefulness. The student will submit a report of the project and give an oral presentation to a panel of faculty members at the close of the term.
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ECE 591 - Directed Studies
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ECE 592: Directed Research
1.00 - 3.00 Credits
University of Michigan-Dearborn
Special problems centered on developing experimental skills. In consultation with a faculty advisor a student will prepare a proposal describing the work to be performed for approval by the department. An oral presentation and a final report on the research effort are required for completion. (F,W,S)
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ECE 592 - Directed Research
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ECE 610: Analog I C
3.00 Credits
University of Michigan-Dearborn
****NO DESCRIPTION AVAILABLE****
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ECE 610 - Analog I C
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ECE 612: Wireless Sensor Networks
3.00 Credits
University of Michigan-Dearborn
Advanced data communications, sensor motes, systems architecture and design, wireless communications standards and protocols, routing, security, operating systems, language support, and applications. Three lecture hours per week.
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ECE 612 - Wireless Sensor Networks
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ECE 614: Ctrl Networks for Embedded Sys
3.00 Credits
University of Michigan-Dearborn
Networks have emerged in a wide range of embedded applications (e.g. aerospace, maritime, vehicular, industrial) as an enabler of flexible and robust system design. These embedded control networks differ from information technology (IT) networks in that the primary users are not humans, but sensors, actuators, and embedded processors. Thus, the data sets, performance requirements, operational environment, and need for reliability and robustness necessitate a different approach to network design. As the complexity of the systems grows, developers will be presented with significant challenges. It is important that engineers are acquainted with fundamental tools and strategies for designing and building such networks. Three lecture hours per week.
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ECE 614 - Ctrl Networks for Embedded Sys
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ECE 615: Advanced Power Electronics
3.00 Credits
University of Michigan-Dearborn
This course covers advanced technologies in power electronics with emphasis on hybrid vehicle and renewable applications. The course will cover topics such as resonant converters, vector control, field oriented control, battery chargers, vehicle to grid management, power factor correction and harmonic control, model predictive control, renewable energy systems (solar, wind and ocean) and their requirement for power converters, electric drive transportation components, silicon carbide power devices. Three hours per week.
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ECE 615 - Advanced Power Electronics
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ECE 646: Adv Elec Drive Transportation
3.00 Credits
University of Michigan-Dearborn
This course gives in depth study in advanced technologies in the electrified vehicle powertrain. The course will cover topics such as hybrid powertrain architectures, dynamics of hybrid transmissions, battery management systems, battery control electronics, PHEV and HEV power management, survivability of military hybrid vehicles, packaging of PHEV electric drive components, optimization of PHEV components, optimization of electric drive efficiency through power management, vehicle to grid technology, emerging technology in electric drive transportation. Three hours per week.
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ECE 646 - Adv Elec Drive Transportation
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ECE 650: Info Theory in Elec Comm
3.00 Credits
University of Michigan-Dearborn
Source models and source coding, channel and channel models, information measure, mutual information and entropy, coding for discrete sources such as variable-length codes and optimum variable-length encoding procedure, discrete memoryless channels and capacity, techniques for coding and decoding such as parity-check codes, cyclic codes, and Hamming codes, quantization and error analysis, coding techniques such as DPCM, run-length coding, sub-band coding, transform coding.
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ECE 650 - Info Theory in Elec Comm
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ECE 661: Sys Ident and Adaptive Control
3.00 Credits
University of Michigan-Dearborn
Minimal state space models, on-line estimation schemes, parameter convergence for SISO and MIMO systems, direct and indirect adaptive prediction, minimum prediction error controllers (one-step ahead and model reference control), minimum prediction error adaptive controllers (direct and indirect approach), adaptive control algorithms for close-loop pole assignment, Kalman filter, extended Kalman filter.
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ECE 661 - Sys Ident and Adaptive Control
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