Zakład Technologii Informatycznych

Full Professor
Head of the Department

Address:
ZTI, Maciej Ogorzałek
ul. Łojasiewicza 11
30-348 Kraków, Poland

E-mail:  maciej.ogorzalek (at) uj.edu.pl
Phone: +48 12 664 48 27

Curriculum vitae:
Maciej_Ogorzalek_CV.pdf
Publications:
Publications_MJO_2006-2011.pdf

Education:

• Electronic Engineering at the AGH University of Science and Technology in Krakow – MSc degree in 1979.
• Electrical Engineering at the AGH University of Science and Technology in Krakow - PhD degree in 1987.
• Habilitation (dr hab) degree in 1992.
• Professor title conferred by the President of the Republic of Poland in July 1998.

Total number of published papers 376:

• One book Chaos and Complexity in Nonlinear Electronic Circuits, World Scientific
• 34 book chapters,
• 0 papers in ISI listed journals and over 180 papers in conference proceedings; among these papers in 66 M.J. Ogorzałek is single author.

Citations:

• ISI Web of Knowledge: total 915, without auto-citations 854, most cited paper: 169 citations , h-index: 15,
• Following Google Scholar number of citations: 2272, h-index: 22, i10 index: 47
• Most down-loaded book chapter: total no. of downloads: 3647 !

Research Interests

• Design of 3D integrated circuits.
• Heterogeneous systems on chip.
• Computational techniques for next generation integrated circuits.
• Computational systems biology.
• Energy efficiency and Cooling strategies for 3D integrated circuits.
• Computational intelligence techniques for bio-medical applications.
• Pattern classification and image processing for medical diagnosis.
• Statistical learning with applications to chemi- and bio-informatics.
• Modern information technologies and techniques including new techniques for signal transmission, coding, compression including software and hardware issues.
• Analysis and processing of biomedical signals (EEG, ECG etc).
• Analysis of dynamical properties of nonlinear systems (electronic, automatic control and neural in particular).
• Oscillatory behavior, chaotic motion.
• Numerical algorithms for nonlinear and chaotic systems.
• Nonlinear signal processing.
• Applications of modern techniques to control of medical disorders (cardiac arrhythmias, epilepsy) and physical systems (optics, electronics).
• Applications of fractals in chip design, antenna and power electronics.