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M.Sc. in Electric & Electronic Engineering - Course Descriptions
COMP501 Advanced Mathematics
A Review of Vector Analysis, Coordinate Systems, Fourier Series and Transform, Gamma and Beta Functions, Linear Differential Equations of the Second-Order (Series Solutions), Solution of Partial Differential Equations, Legendre Functions, Bessel Functions, Boundary Value Problems and Eigen value Representations, Introduction to integral equations.
EE503 Digital System Design
Review of Combinational logic design using logic gates, MUX, PROM array, EPROM, PAL and PLA. Sequential logic design. Synthesizing various building blocks for system design. Added features on universal shift registers and universal counters. Arithmetic unit. Parallel binary adder/subtractor/ Carry-look ahead adder. BCD adder/subtractor. ASCII arithmetic machine. Parallel multiplier. High speed ALUs. Flag detection and registering. Design of hypothetical CPU. Introduction to top down design. ASM based digital system design. Realizing high resolution ADCs using low resolution converters. Flash modules. Modular based design of flash ADCs. Digital delay lines.
EE502 Linear Integrated Circuits
Op-amps, theory and design of op-amps, Applications linear system design. Analysis of conventional linear integrated circuits.
EE504 Microprocessors and Interfacing
Overview of architecture, organization and instruction set of 8086 family processors. Minimum mode and maximum mode configurations. Pin outs and functional details of pins for minimum and maximum mode. Buffered 8086 system. I/O port design for 8-bit wide data, 16-bit data and 32-bit data for 8-bit and 16-bit addresses. PROM and RAM memory interfacing. Interfacing keyboard and displays. Interfacing ADCs and DACs. DMA controller interface. Interfacing interrupt mechanism. Peripheral interface devices. Interfacing co-processors. Serial communication with USART and RS232C. Designing microcomputers for specific applications.
Electives
COMP507 Advanced Digital Signal Processing
Linear systems analysis, discrete time signals and systems, Z transforms, Properties, Realization structures for digital filters, Recursive and non-recursive functions, stability criteria, Design of low pass, high pass and band pass filters, frequency response shaping, window functions, finite word length effects, signal processing techniques for random signals, Discrete Fourier Transform Decimation in frequency and time, Fast Fourier Transforms, 2D signal processing.
EE507 Advanced Communication Systems
Random signals and noise. Stochastic processes. Correlation functions, stationary and ergodicity of stochastic processes. Power spectral density. Transmission of noise signals through linear systems. Thermal noise, white noise, SNR. Noise analysis and comparison of AM, FM and PM techniques. Matched filtering. ASK and QAM. FSK and PSK systems.
EE509 Information and Telecommunication Technology Strategies and Policies
From Agricultural Revolution to IT (Information Technology) Revolution. Main International Actors of the Game (ITU, ETSI, EWOS, OECD/ICCP, ) and their Contributions to International IT Policies. Main International Actors of the Game (CEPT, IEC , ANSI, IEEE) and their Contributions to International IT Policies. European Union IT Issues. OECD/ICCP (Organization for Economic Co-operation and Development/Information, Communication and Computer Policies Committee) IT Policy Issues
EE511 Advanced Radar Techniques
Pulse radar, Detection of range, range and angular resolution, Radar equation, Detection theory, Probability of false alarm and probability of detection. Radar cross section of targets, complex targets, Cross section analysis. CW radar, Doppler shift, FMCW Radar, FM altimeter, Multiple frequency CW Radar, MTI radar, Delay line Canceller, Blind speeds, staggered PRF, Radar antennas, cassegrain antennas, Tracking radars, Mono-pulse tracking, Conical Scan Radar, Electronic scanning, Synthetic aperture radars.
EE 515 Modeling and Control of Systems
Modelling of physical systems – differential equations – transfer function – state space models – time response from transfer function and state space models – discrete time systems representation. Control of systems – different modes of control – proportional, integral, derivative and combinations- on off control – controller tuning. Simulation of systems on digital computers – simulation using high level language programs – disadvantages – special simulation programs and environments – MATLAB programming environment – Toolboxes – Simulink for simulation – Case studies on typical simulation.
EE517 Antenna Theory and Propagation
Theory of antennas and radiation. Propagation of EM waves. Ground waves and space waves. Structure of ionosphere. Layers. Duct propagation. Effect of magnetic fields on EM wave propagation . Effect of curvature of earth. UHF and VHF antennas. Dipole antennas, Directive antennas, arrays, Yagi antenna, Log-periodic antenna, Rectangular and circular apertures, parabolic reflector, parabolic lens, corner reflectors, Horn radiators, Array antennas, pattern synthesis.
COMP519 Network flows
Introduction to network flows, max-flow min-cut theorem, optimization problems on network flows, steiner trees, Flow problems on planar networks.
COMP524 Operations Research
Introduction to OR, formulating mathematical methods, Properties of convex polyhedrons, The linear programming model, Primal simplex method, revised simplex method, Duality theorem and sensitivity analysis, Assignment and Transportation problems, Game theory, Introduction to nonlinear programming modules, Methods of line search, Convex Programming, Kuhn-Tucker conditions, The method of feasible directions, Introduction to integer programming models, Branch-and-Bound method.
COMP526 Digital Image Processing
Characteristics of image signals, representation in time and frequency, spatial and temporal domains, digitizer, 2D, Z transforms, realization of digital image processing system 2D FFT, Discrete Cosine Transform, Spatial filtering techniques, pattern recognition, Edge detection and enhancement, contrast enhancement, histogram equalization, median filtering, image data compression.
EE512 Advanced Television Technology
Review of television technology, NTSC and PAL systems. High Definition Television. Stereoscopic and auto-stereoscopic television. Lenticuler lens screen. Volumetric television..
EE514 Satellite Communication
Orbits, geostationery orbits, satellite architecture, transponders satellite constructional features, functional units up link and down link, communication satellites, remote sensing.
EE516 Sonar Systems
Transducers, Acoustic wave generation, propagation of acoustic waves, beam forming, sonar equations, detection, passive sonar identification.
EE518 Mobile Communication theory and systems
Principles and theory of mobile communication, cells, routing, mobile networks, recent developments in mobile communication
EE 524 System Identification and Adaptive control
Determination of dynamic and static models from input output data – Stochastic modeling and system identification – determination of transfer function from step impulse and frequency response – off-line and on-line methods of parameter estimation – least squares method – regression methods – and other methods – comparison of different methods – Case studies using MATLAB/ Digital computer programs Adaptive Control – need for adaptation – variable parameter systems – self-tuning and self-adaptive controllers- simple adaptive control schemes.
EE 528 Artificial Neural Networks
Neural network concepts: What is a neural network? Biological neuron, artificial neuron, topologies. Learning in neural networks Types of learning and learning rules: Error correction learning, Hebbian learning, Competitive learning, Boltzmann learning. Application tasks: Functional approximation, classification, association, application examples. Feedforward networks: Perceptron, multi-layer perceptron, radial basis function network, self-organizing feature map.Feedback networks: Hopfield, Boltzman machine, real-time recurrent network.
Date : 2008-11-21
