Statistical Signal Processing 3 Fall
Desc: Focuses on the application of statistical techniques to the study of random signals and noise. Coverage includes random processes in continuous and discrete time and space: second-order properties of random processes: the interaction of random processes with linear systems: parameter estimation: and the design and implementation of statistical signal-processing algorithms.
Prereq: None
Restriction: EEE and ECP majors only; Graduate students only.
EE5510
Information Theory & Coding 3 Spring
Desc:Definition of information and a study of its properties. Channel capacity and error-free communication over noisy channels. Encoding, decoding, and encrypting systems are covered.
Prereq: None
Restriction: EEE and ECP majors only; Graduate students only.
EE5530
Wireless and Digital Communication 3 Fall
Desc:Detailed study of modulation, transmission, detection and demodulation in wireless digital
networks. Doppler shift, multipath, beamsteering and current topics emphasized.
Prereq: None
Restriction: EEE and ECP majors only; Graduate students only.
EE5540
Statistical Optics 3 Spring (alternate years)
Desc:Study of the effects of randomness in optical systems. Coverage includes coherence theory, photon statistics, wave propagation and imaging through random media. Analytic and computational approaches are presented.
Prereq: None
Restriction: EEE and ECP majors only; Graduate students only.
EE5900
Communication Networks 3 Fall (alternate years)
Desc:System architectures. Data link control, error correction, and protocol analysis. Message delay, Markov processes, queuing, delays in statistical multiplexing, multiple users with reservations, limited service, priorities. Network delay, traffic flows, throughput analysis. Multiple access networks.
Prereq: None. Coreq: EE5500
Restriction: EEE and ECP majors only; Graduate students only.
EE5900
Detection and Estimation Theory 3 Spring
Desc:Detecting and estimating signals in the presence of noise. Optimal receiver design. Applications in communications, signal processing, and radar.
Prereq: None.
Restriction: EEE and ECP majors only; Graduate students only.
EE5900
Image Processing 3 Spring
Desc:Image formation, enhancement, and reconstruction. Applications in medical imaging, computer vision, and pattern recongnition.
Prereq: EE5500 and EE5900 (Optical Imformation Processing)
Restriction: EEE and ECP majors only; Graduate students only.
EE5900
Multiuser Detection 3 Spring (alternate years)
Desc:Demodulation of mutually interfering digital streams of information that occur in areas such as wireless communications and high-speed data transmission, etc. Design and analysis of receivers for multi-access channels, with focus on fundamental models and algorithms. Topics include optimal multiuser detection and the optimal attainable performance in Gaussian multiuser channels, suboptimal linear multiuser detection, blind and adaptive methods, multiuser receiver for multiple-antenna reception, and the performance measure of asymptotic multiuser efficiency.
Prereq: None
Restriction: EEE and ECP majors only; Graduate students only.
EE5900
Optical Information Processing 3 Fall
Desc:Geometric and wave optics. Optical devises with applications in imaging, beamforming, and optical communication systems.
Prereq: None
Restriction: EEE and ECP majors only; Graduate students only.
EE5900
Wavelet and Spectral Analysis 3 Fall (alternate years)
Desc:Fourier analysis, wavelet transforms and time-frequency analysis. Applications in signal and image processing.
Prereq: None
Restriction: EEE and ECP majors only; Graduate students only.
rschulz@mtu.edu |
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