Electroencephalography (EEG) is a convenient technique for studying the function of the brain non-invasively from the surface of the scalp. The greatest advantages of EEG are its temporal resolution on a millisecond scale ...

This work investigates the photoinduced interactions between different organic chromophores, thus identifying possible materials for organic photovoltaic applications. The intermolecular electron transfer (ET) in layered ...

This thesis presents data-driven methods to learn interpretable and accurate fuzzy models (FMs) for classification and regression problems. When FMs are identified based on data, the main advantage of FMs, namely ...

Nowadays, image and video compression are well developed fields of signal processing. Modern state-of-the-art coders allow better compression with better quality. A new field in signal processing is representation of 3D ...

In this dissertation, synthesis, characterization and applications of nanocrystalline functional alumina (Al2O3) and boehmite (-AlOOH) materials have been systematically studied. The processing method was focused on sol-gel ...

Electrospinning is a method that can be used in the production of polymeric nanofibres. Polymer solution is drawn into nanosized fibres utilizing electric field. In addition to neat polymers, solutions containing additives ...

The thesis Network Planning Aspects for 3G/4G Mobile Systems is focused on two topics. The first part of the research is mainly devoted to Core Network (CN) planning aspects for the third generation (3G) wireless ...

The rapid development of mobile computing is turning mobile terminals into fully equipped entertainment systems capable of reproducing live audio and video. However, wireless access networks still pose significant limitations ...

Modulation instability and the existence of localized soliton structures are central phenomena of nonlinear systems governed by the focusing nonlinear Schrödinger equation such as Bose-Einstein condensates, plasmas and ...

Digital hydraulics provide high fault tolerance, fast and exact control, and energy efficiency. The biggest problems with digital electrohydraulics are the size of the valve package and the lack of suitable, direct-operated ...