Track 1: Circuits and Systems

Fundamental Theory, Network Theory and Applications, Nanostructures and nanotechnologies, Circuits and Networks inspired from Biology, Microelectronics, Microcircuits, Analog, Digital, Mixed-Mode Circuits, Electronics: Components, Devices, Systems, Digital Filters, High Level Synthesis, Amplifiers, Nonlinear Circuits, Sensors, Physical Design, Time-Frequency and Wavelet Applications, Modelling and Simulation, CAD Tools, Circuits and Electronics for Data Conversion and S-D Modulation, Prototype Devices and Measurement, Circuits and Systems for Control and Robotics, Electron Devices for Power Technology, High Voltages and Electric Machines, Non-Linear Circuits, Formal Verification, Computer-Aided Design, Instrumentation, Instrument-Computer Interface, Circuits in Power Technology, Circuits for Industrial Applications, Circuit models for Electromagnetic Fields, Electronics for Signal Processing and other Applications, Neural Networks, Numerical Analysis and Circuits, Logic Synthesis, Dynamical Systems, Stochastic Systems, Simulation, Neural Networks, Fuzzy Systems, Fuzzy Logic and Circuits Design, Circuit Implementation for Fuzzy Systems, Multidimensional Circuits and Systems, Circuit Modelling and Scientific Computing with Applications in Science and Engineering. Non-linear Systems, Telecommunication Systems, Information Systems, Multivariable systems, Hybrid Systems, Intelligent Systems Architectures and Applications, Intelligent Instrumentation systems and applications, Intelligent system-level optimization and co-design

Track 2: Communications

Microwave Theory and techniques, CAD design for Microwave Systems, Antennas and Radars, Light wave technology, Submillimeter-Wave techniques, Microwave High-Power techniques, Microwave and Millimeter-Wave Integrated Circuits, Microwave and Millimeter-Wave Integrated Solid State Devices, Filter and Passive Components, Microwave and Antennas Measurements, Microwave Superconductivity, RFIC's, Wave-guides, Microwave propagation, Ferrites devices. Cavities. Microwave Circuits, Amplifiers, HF-VHF-UHF Engineering, Antennas, Reflectors and Lens Antennas, Arrays, Scattering, Propagation, Diffraction, Electromagnetic Compatibility Problems, Applied Electromagnetics, Electromagnetic Field, Numerical Methods for Electromagnetics, Mathematical Methods and Computational techniues for Microwaves, Mathematical Methods and Computational techniues for Antennas and Radars, Radio Engineering applications, Optical Fiber Systems, Communication Electronics, Signal Processing for Wireless Communication., Communications Switching and Routing, Physical Layer, ISDN, Computer Networks, Architectural Aspects, ATM Networks, Protocols, Network Architecture, Network Reliability, Narrow band and Broad band Networks, Wireless and Mobile Computing, Communication Systems Integration, Simulation Techniques in Telecommunications. Filter design and structures, Adaptive filters, Nonlinear Signals and Systems, Multirate filtering and filter banks, Signal reconstruction, Time-frequency analysis, Spectral estimation, Higher order spectrum analysis, Parameter estimation, Detection, Array signal processing, Statistical signal analysis, Signal and system modeling, Cyclostationary signal analysis, Speech production and perception, Speech analysis, Speech synthesis, Speech coding, Speech recognition, Speech enhancement and noise reduction.

Track 3: Engineering Education

Basic Science in Engineering Education, Continuing Education Its Delivery, Engineering Education Reforms, International Recognition of Qualifications, Studies in Engineering and the needs of the Production and Market, New Technologies in Education, Know-how in engineering education, Environment and engineering education, World Integration and Engineering Education, Women in Engineering Education, Multimedia in Engineering Education, Changes and Challenges in Engineering Education, Organization of Laboratories, Management of Educational Institutes, Relations between lecturers and students, Methodologies in examinations and relevant problems, Examinations and Tests via Internet, Linking Academic Knowledge with the Industrial Needs, The Role of Public and Private Sector in the Higher Education, Education Military Universities and Military Academies, Research and development in Engineering Education, Resources and Funds in Engineering Education, Quality Assurance in Engineering Education, Cultural Heritage and Engineering Education, Athletics and Social Activities in Higher Education, adaptation and learning.