SIGNALS:

• Analog and digital signal processing;
• Speech and biomedical signal processing and coding;
• Multirate signal processing;
• A/D and D/A conversion.

IMAGES:

• Image processing;
• Image formation, modeling and representation;
• Image analysis and pattern recognition;
• Image/video coding and transmission;
• Image storage, retrieval;
• Multimedia.

CIRCUITS:

• General circuits theory;
• Methods of circuit analysis, synthesis, design, and optimization;
• Analog and digital filter design;
• ASICs and VLSI circuit design;
• Nonlinear and chaotic circuits;
• Switched-capacitor and switched-current circuits;
• Neural networks;
• Cellular neural networks;
• RF and microwave circuits.

SYSTEMS:

• Analog and digital electronic systems;
• Electronic embedded systems;
• VLSI and large scale systems;
• Data Acquisition Systems, FPGA-based systems;
• Multimedia systems;
• RF systems, Communication systems;
• Nonlinear, adaptive, and intelligent systems;
• Neural and fuzzy systems;
• Artificial intelligence and expert systems
• Nonlinear, adaptive, and intelligent systems.

MATHEMATICAL AND COMPUTATIONAL METHODS:

• Fast algorithms and transforms;
• Simulation and modeling;
• Testing and fault analysis;
• Sensitivity and symbolic analysis;
• Multiresolution analysis and wavelets;
• Neural and fuzzy computing;
• Computer aided design.

APPLICATIONS:

• Electronic systems, signals and image processing and recognizing in medicine, environment, communications etc.

EDUCATION:

• Multimedia in education;
• Software for teaching signals and electronic systems;
• Student laboratories.