Scope:

* Signals: Analog and digital signals processing; Signal processing for communications; Speech recognition, enhancement and coding; Statistical signal processing; Biomedical signal processing; Array signal processing; Blind identification / deconvolution; Time-frequency analysis; Multirate signal processing.
* 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
* 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.