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EE 197C: Research Problems
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EE 360L-6: Operating Systems
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EE 380K: Introduction to System Theory
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EE 380L: Computer Systems in Engineering
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EE 380L-05: Engineering Programming Languages
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EE 380L-10: Data Mining
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EE 380N: Topics in System Theory
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EE 380N-7: Design of Computer-Controlled Systems
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EE 380N-9: Fundamentals of Robot and Mechatron
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EE 381J: Probability and Stochastic Processes I
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EE 381K: Topics in Communication Theory and Signal Processing
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EE 381K-05: Advanced Telecommunication Networks
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EE 381K-07: Information Theory
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EE 381K-08: Digital Signal Processing
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EE 381K-11: Wireless Communications
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EE 381K-13: Analysis and Design of Communication Networks
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EE 381L: Digital Time Series Analysis and Applications
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EE 381M: Probability and Stochastic Processes II
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EE 381R: Advanced Wireless Communications
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EE 381S: Space-Time Communication
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EE 381V: New Topics in Communications, Networks, and Systems
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EE 381V-01: Advanced Probability: Learning/Inference/Networks
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EE 381V-02: Advanced Data Mining
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EE 381V-03: Convex Optimization Theory
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EE 381V-04: Game Theory
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EE 381V-05: Stochastic Geometry
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EE 382-N: Communication Networks: Tech/Arch/Protocol
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EE 382C: Topics in Computer Engineering
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EE 382C-03: Verification and Validation of Software
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EE 382C-07: Software Architectures
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EE 382C-10: Empirical Standards in Software Engineering
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EE 382C-11: Requirements in Engineering
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EE 382L: Theory of Digital Systems
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EE 382L-1: Switching Theory
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EE 382L-2: Graph Theory and Applications
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EE 382M: Design of Digital Systems
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EE 382M-07: Introduction to VLSI Design
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EE 382M-08: VLSI II
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EE 382M-14: Analog Integrated Circuit Design
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EE 382M-15: Computing Performance Evaluation/Benchmarking
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EE 382M-19: Mixed Signal System Design and Modeling
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EE 382N: Computer Systems and Networks
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EE 382N-01: Computer Architecture
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EE 382N-10: Parallel Computer Architecture
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EE 382N-11: Distributed Systems
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EE 382N-14: High-Speed Computer Arithmetic I
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EE 382N-16: Distributed Information System Security
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EE 382N-17: Superscalar Microprocessor Architecture
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EE 382N-20: Computer Architecture: Parallism/Locality
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EE 382S: Topics in Integrated Circuits and Systems
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EE 382V: New Topics in Computer Engineering
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EE 382V-1: Advanced Programming Tools
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EE 382V-2: Dynamic Compilation
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EE 382V-3: Security Hardward-Software Interference
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EE 382V-4: Radio Frequency Integrated Circuit Design
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EE 382V-5: Software Evolution
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EE 382V-6: Software Measurement/Metric
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EE 382V-7: Software Testing
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EE 382V-8: VLSI Physical Design Automation
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EE 383L: Electromagnetic Field Theory
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EE 383M: Microwave Field Theory
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EE 383N: Theory of Electromagnetic Fields: Electrodynamics
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EE 383P: Topics in Optical Processing and Laser Communications
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EE 383P-06: Semiconductor Optoelectronic Devices
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EE 383P-08: Optical Communications
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EE 383V: New Topics in Electromagnetics
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EE 383V-1: Nanophotonics
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EE 383V-2: Nonlinear Optics
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EE 383V-3: Computational Electromagnetics
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EE 383V-4: Radar Principles
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EE 384N: Acoustics
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EE 384N-1: Acoustics I
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EE 384N-3: Electromechanical Transducers
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EE 384V: Current Topics in Acoustics
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EE 385J: Topics in Biomedical Engineering
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EE 385J-18: Biomedical Imaging: Signals and Systems
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EE 385J-31: Biomedical Electronic Instrument Design
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EE 385V: New Topics in Biomedical Engineering
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EE 390C: Statistical Methods in Engineering and Quality Assurance
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EE 390V: New Topics in Manufacturing Systems Engineering
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EE 391C: Technical Entrepreneurship
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EE 392K: Antenna Theory and Practice
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EE 392N: Principles of Radar
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EE 393C: Plasma Dynamics
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EE 394: Topics in Power System Engineering
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EE 394-7: Power Electronics Laboratory
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EE 394J: Energy Systems
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EE 394L: Power Systems Apparatus and Laboratory
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EE 394V: New Topics in Energy Systems
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EE 396K: Solid-State Device Theory
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EE 396K-21: Nanoscale Device Phys/Tech
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EE 396M: Quantum Electronics
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EE 396N: Topics in Nanotechnology
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EE 396N-1: Semiconductor Nanostructures
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EE 396V: New Topics in Solid-State Electronics
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EE 397K: Advanced Studies in Electrical Engineering
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EE-382M-2: Dependable Computing