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EE 87008: Adv Topics: Iterative Decoding
3.00 Credits
University of Notre Dame
This course will address recent innovations pertaining to the iterative decoding of graph-based error control codes. Particular emphasis will be placed on the belief propagation algorithm as applied to low-density parity check (LDPC) codes and to the maximum a posteriori (MAP) algorithm as applied to turbo codes. Application of these techniques to bandwidth-efficient modulation will also be considered.
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EE 87008 - Adv Topics: Iterative Decoding
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EE 87009: Topics in Applied Mathematics
3.00 Credits
University of Notre Dame
Modern coding theory started in 1948 with the work of Shannon. The field has an information theoretic component and an algebraic component. In this course we will concern ourselves mainly with the latter part. In the algebraic sense, a block code can be viewed as an algebraic subset of an afine space over a finite field, hence techniques of algebraic geometry can be fruitfully applied to the study of codes. In a second part of the course we will study convolutional codes and codes on general graphs.
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EE 87009 - Topics in Applied Mathematics
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EE 87012: Advanced Electron Devices
3.00 Credits
University of Notre Dame
In-depth coverage of electronic devices, ranging from conventional devices to innovative devices. Topics include MOSFET's resonant tunnel diodes, single electron devices, power devices, and hetrojunction devices. Particular attention is paid to recent developments in device research.
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EE 87012 - Advanced Electron Devices
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EE 87013: Topics in Embedded Sensor and Control Networks
3.00 Credits
University of Notre Dame
In order to build successful networked sensor and control systems novel questions and issues need to addressed that lie at the intersection of control, computing and communication networks and transcend the traditional problem formulations in those areas. The aim of this seminar type course will be to introduce advanced students into this multidisciplinary area of research. This course relies on significant student participation where students are also expected to read research papers and make class presentations. Topics include modeling of networked systems, distributed control and estimation, networked control systems, routing and localization algorithms, wireless communication issues, network fundamentals, and may vary depending on the background and interests of students. Computer simulation tools will be used and possibly hardware implementation will be required as part of course projects.
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EE 87013 - Topics in Embedded Sensor and Control Networks
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EE 87014: Special Topics Advanced Wireless Communication
3.00 Credits
University of Notre Dame
This course will address both the fundamentals and new research topics in the area of multi-user wireless communcations. The course will cover both theory and hardware. Students are expected to pick a topic for individual research.
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EE 87014 - Special Topics Advanced Wireless Communication
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EE 87017: Synthesis and Control of Discrete-Event Systems
3.00 Credits
University of Notre Dame
The course will introduce basic tools from automata theory to model and reason about discrete-event systems. The clasical Ramadge-Wonham supervisory theory will be covered as well as more recent topics including the contorl of Buchi automata, control for bisimulation equivalence, control for temporal logic specifications and distributed control.
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EE 87017 - Synthesis and Control of Discrete-Event Systems
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EE 87018: Uncooled Infrared Detectors: Science and Technology
3.00 Credits
University of Notre Dame
This course will explore the literature on uncooled infrared (IR) detectors, and will cover the underlying basic science and applications. In particular, this course will study the recent literature on nanoantenna IR detectors.
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EE 87018 - Uncooled Infrared Detectors: Science and Technology
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EE 87019: Advanced Topics in Information Theory
2.00 Credits
University of Notre Dame
A discussion-based graduate course exploring advanced topics in information theory. Potential topics span those not covered by the introductory graduate course EE-80653: Information Theory. The Fall 2007 offering of the course will focus on information theory for sources and channels with memory, including non-stationary and non-ergodic models.
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EE 87019 - Advanced Topics in Information Theory
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EE 87020: Topics in Networked Control
3.00 Credits
University of Notre Dame
This course will discuss some recent developments in the field of estimation and control across communication channels. The couse will be primarily seminar based. Topics covered would include Markov jump linear systems and their relevance to networked control, recent results in distributed control and some relevant problems in distributed computation.
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EE 87020 - Topics in Networked Control
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EE 87021: Advanced Topics in Random Wireless Networks
3.00 Credits
University of Notre Dame
After reviewing the fundamentals of probability and random processes, this course covers the mathematical tools and techniques used for the stochastic analysis of large wireless networks: Probabilistic methods for combinatorics, an introduction to spatial point processes and stochastic geometry, random graphs, and percolation theory. Specific applications are wireless networking modeling, the characterization of the interference, outage probabilities, connectivity, and coverage in sensor networks.
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EE 87021 - Advanced Topics in Random Wireless Networks
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