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EE 80666: Advanced Electronic Devices
3.00 Credits
University of Notre Dame
This course provides in-depth coverage of electronic devices, ranging from conventional to innovative devices. Topics include MOSFETs, resonant tunnel diodes, single-electron devices, power devices, and hetrojunction devices. Particular attention is paid to recent development in device research.
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EE 80666 - Advanced Electronic Devices
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EE 80673: Adv Stochastic Processes
3.00 Credits
University of Notre Dame
Stochastic processes are found in probabilistic systems that evolve with time. This course introduces the fundamentals of stochastic processes and the application of stochastic theory to problems in engineering and science. Bernoulli processes, renewal theory, and Markov chains will be covered.
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EE 80673 - Adv Stochastic Processes
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EE 80675: Stochastic Control Theory
3.00 Credits
University of Notre Dame
Optimal control in the presence of process noise. Cost as a random variable. Minimizing average cost over many realizations of a process. Optimal control when the system will operate only a small number of times. Distribution of the cost. Description of stochastic cost by moments or by cumulants. Optimal stochastic control of cost cumulants. Application to the protection of buildings from earthquakes. (Alternate fall)
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EE 80675 - Stochastic Control Theory
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EE 81603: Transmission Electron Microscopy
0.00 Credits
University of Notre Dame
This course is a laboratory co-requisite for EE60606. TEM operational procedures, including alignment, astigmatism correction, bright-field, dark field, weak-beam and lattice imaging, photography and interpretation of images and diffractional patterns. TEM specimen preparation procudures, including jet electropolishing of metals, preparation of semiconductors and ceramics by dimple griding and ion milling as well as by wedge polishing.
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EE 81603 - Transmission Electron Microscopy
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EE 83701: Graduate Seminar
0.00 - 12.00 Credits
University of Notre Dame
Lectures by speakers from inside and outside the Notre Dame community on subjects of current research interest.
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EE 83701 - Graduate Seminar
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EE 87003: Low Density Parity Check Codes
3.00 Credits
University of Notre Dame
This course will serve as an introduction to recent research in LDPC codes for students who have already been exposed to the basics of error control codes. The first half of the course will focus on teh construction of linear block codes characterized by sparse parity check matrices and the performance of those codes when used over noisy communication channels and decoded with the belief propagation (i.e., message passing) algorith. The second half of the course will address recent and onging research results related to LDPC codes and iterative decoding.
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EE 87003 - Low Density Parity Check Codes
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EE 87004: Adv. Topics in Coding Theory
3.00 Credits
University of Notre Dame
The objective of this course is to cover the most recent developments in error control coding strategies for digital transmission systems. The major emphasis will be placed on high performance iterative decoding techinquies and on coded modulaiton schemes for bandwidth efficeint communication. Methods of encoder and decoder implementation will also be discussed. The first two-thirds of the course deals with turbo coeds and low density parity check codes and their associated iterative decoding algorithms. Applications to deep space communication and digital cellular telephony will be reviewed. The last one-third of the course deals with bandwidth efficient trellis coded modulation. Applications to high speed modems and satellite trnsmission systems will be reviewed.
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EE 87004 - Adv. Topics in Coding Theory
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EE 87005: Adv. Topics/Multiuser Comm
3.00 Credits
University of Notre Dame
Senior graduate course exploring advanced topics in multiuser communications, signal procesing, and information theory. Example topic areas include: multiple-access channels; multi-user detection; broadcast channels; communicaiton with side infomation and watermarking; multihop and rlay networks; multi-antenna and multi-carrier systems. Objectives for the course are to develop understnding of the basic models, fundamental performance limits and tradeoffs, and practical approaches for communicaiton in these envioronments. Interaction and cross-fertilization of ideas from different reserach areas will also be emphasized.
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EE 87005 - Adv. Topics/Multiuser Comm
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EE 87006: High Speed Devices
3.00 Credits
University of Notre Dame
This course consists of a series of lectures where the fundamental properties of high-speed devices are presented and discussed. In addition, each student has to present a student paper related to one selected device. The paper should present the device, design, the pinciple of operation, typical figures of merit and possible advantages and drawbacks.
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EE 87006 - High Speed Devices
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EE 87007: Optimal Control & Dynamic Game
3.00 Credits
University of Notre Dame
Concerned with the synthesis of feedback control laws that minimize some specified measure of control system performance. This course is a rigorous introduction to the classical theory of optimal contorl. The topics covered by this couse include: the calculus of variations; Pontryagin's principle; dynamic programming, and stochastic dynamic programming.
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EE 87007 - Optimal Control & Dynamic Game
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