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EE 886: Error Control Coding
3.00 Credits
Wichita State University
EE 886. Error Control Coding Introduces error control codes, including Galois fields, linear block codes, cyclic codes, Hadamard codes, Golay codes, BCH codes, Reed-Solomon codes, convolutional codes, Viterbi decoding algorithm, Turbo codes, and ARQ protocols. Applies to digital 3G and 4G cellular and satellite communication systems. Prerequisite: EE 726.
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EE 893: Optimal Control
3.00 Credits
Wichita State University
EE 893. Optimal Control Reviews mathematics relevant to optimization, including calculus of variations, dynamic programming, and other norm-based techniques. Formulates various performance measures to define optimality and robustness of control systems. Studies design methods for various classes of systems, including continuous-time, discrete-time, linear, nonlinear, deterministic, and stochastic systems. Prerequisite: EE 792.
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EE 897: Oper/Control of Power Systems
3.00 Credits
Wichita State University
EE 897. Operation and Control of Power Systems Acquaints electric power engineering students with power generation systems, their operation in economic mode, and their control. Introduces mathematical optimization methods and applies them to practical operating problems. Introduces methods used in modern control systems for power generation systems. Prerequisite: EE 598.
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EE 898: Electical Power Quality
3.00 Credits
Wichita State University
EE 898. Electric Power Quality Measurement, analysis, modeling, simulation, and mitigation of electric power quality on the medium- and low-voltage distribution systems. Prerequisite: ECE 798.
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EE 976: PhD Dissertation
1.00 - 16.00 Credits
Wichita State University
EE 976. PhD Dissertation Repeatable for credit. Graded S/U only. Prerequisite: admission to doctoral aspirant status.
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EE 976 - PhD Dissertation
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EE 981: Cooperative Education
1.00 Credits
Wichita State University
EE 981. Co-op A work-related placement with a supervised professional experience to complement and enhance the academic program. Intended for master's-level or doctoral students in electrical engineering. Repeatable for up to 8 hours. May not be used to satisfy degree requirements. Graded S/U only. Prerequisites: departmental consent and a graduate GPA of at least 3.000.
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EE 986: Wirls Sprd Spec C
3.00 Credits
Wichita State University
EE 986. Wireless Spread-Spectrum Communication Explains what spread-spectrum communication is and why direct-sequence code-division multiple access (DS-CDMA) spread-spectrum is used for wireless communication. Studies the block diagrams of the IS-95 forward and reverse wireless communication links under multi-path mobile fading environment using analysis techniques and simulation. Analyzes pseudo-noise (PN) signal generation, the band-limited waveform shaping filter, convolutional coding, interleaver, Walsh code orthogonal modulation, Rake finger receivers, non-coherent Walsh orthogonal sub-optimal demodulation, other simultaneously supportable subscribers, and third generation CDMA. Prerequisite: EE 726.
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EE 990: Advanced Independent Study
1.00 - 3.00 Credits
Wichita State University
EE 990. Advanced Independent Study Arranged individual, independent study in specialized content areas in engineering under the supervision of a faculty adviser. Repeatable toward the PhD degree. Prerequisites: advanced standing and departmental consent.
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EE 993: Large Scale Control Systems
3.00 Credits
Wichita State University
EE 993. Large Scale Control Systems Sensitivity analysis of deterministic and stochastic systems; sources of uncertainty in control systems, e.g., plant parameter variation, time delays, small nonlinearities, noise disturbances, and model reduction; quantitative study of the effects of uncertainties on system performance; low-sensitivity design strategies, state and output feedback design; sensitivity function approach, singular perturbation, and model education techniques; adaptive systems; and near-optimal control. Prerequisite: EE 893.
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EEPS 700: Technical Sessions
1.00 Credits
Wichita State University
EEPS 700. Technical Sessions Through seminar presentations by students, faculty, and guest lectures, students critically analyze essential elements and skills of effective oral presentation of scientific research methodology, data, and results to audiences of diverse backgrounds; and learn techniques of effective use of visual display media, presentation styles, and speaker-audience interactions. Must be taken for two semesters for maximum of 2 credit hours toward the degree. Prerequisite: graduate standing or instructor's consent.
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EEPS 700 - Technical Sessions
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