Martin Lukac Website

about me
teaching
links
downloads
contact
publications
projects
media

Main topics:___Education___Work Experience___Work Areas


Im currently assistant professor in tohoku University at the Kameyama Laboratory. My research area is autonomous robotics, non-causal decision making on chip and bio-inspired computational structures and processes.

My secondary interests are in Quantum Logic Synthesis, Quantum finite State Machines and Quantum Decision Making and Quantum Computing used as simulation for Artificial Emotions.

Education


Sept. 2001 - Jan. 2009 - PhD in Computer Engineering Portland State University, Portland, USA
September 1998 - September 1999 - DEA in Sciences Cognitives, Ecole Polytechnique, Paris, France
September 1997 - June 1998 - Maitrise Science Cognitives University Bordeaux II
September 1996 - June 1997 - Licence Science Cognitives University Bordeaux II
September 1994 - June 1996 - DEUG Biology et Physiology Cellulaire University Bordeaux I

Work Experience


2009 - current - Emotional Robotics, assistant professor Tohoku University, Sendai, Japan
2004 - 2008 - HPC computing, GA Portland State University, Portland, USA
September 2002 - April 2003 - NSF Grant, Application of Decomposition to Data Mining, Freiberg Technical University, Freiberg, Germany
May 2003 - September 2003 - Intel Grant, Development of Robotic Head, KAIST, Daejeon, Korea
June 2000 - September 2001, Research Assistant, Institute of Informatics, Comenius niversity Bratislava
December 1999 - june 2000, Research Assistant, Slovak Academy of Sciences
Summer 1995, Laboratory of marine biology , University Bordeaux I

Teaching Experience

2001 - June 2003
TA for LAB 2001, TA for EAS 102, TA for ECE 271/ ECE 272, ECE 572 TA for ECE 478/578

Awards


Student of the year 2007

Recipent of the Maseeh Student Scholarship 2008

Work Areas


Algorithms, Search, Planning, Decision Making:

Evolutionary Computation, Application of Genetic Algorithms to various engineering and non-engineering related domains, Robotics (humanoid, social robotics), algorithms, Quantum simulator

Logic Synthesis, Quantum Computing:

Future Technologies and Computing Paradigms: Quantum Computing, Evolutionary synthesis of Quantum Circuits, Synthesis of Quantum algorithms specified by n-local Hamiltonians, Synthesis and optimizationof Quantum Circuits, biologically Inspired Hardware and Use of Biological Properties in Hardware, Measurement Based Computing
VLSI Design: Emotional Robotic Controllers on Chip
Logic Synthesis, Algorithms, Heuristics: Decomposition, Reversible Logic synthesis, Heuristics for Logic Synthesis, Technology dependent Quantum Logic Synthesis

Programming:

Bioinformatics, Dynamic Systems, Multi-agent systems, Genetic Algorithms, Neural Networks, Software engineering, Parallel programming, Data analysis etc.

Emotional Robotics, Artificial Life, Behavioral Representations:

Intelligent Humanoid Robotics: Robotic emotions, Emergent emotional behaviors, Quantum emotions and Quantum behaviors, Human-Robot interaction, Robot-robot interaction, formal languages and system, Robotic theater
Multi-agent based approach: Cellular Automata (CA), Edge of the Chaos, Classification fo CA's, Neural Networks, Quantum CA, Distributed Intelligence and Storage, Visual processing and algorithms
Complex agent-like approach: Adaptive Autonomous Dynamic Agents, Game theory, Hedonic functions, Internal Representations, Perceptual-Motor Relations and articulations, Robotic agents

Philosophy:

Emergence of Life, Emmergence of Sens and Logic, Consciousness, Fast Decision Making, Cognition, Emotion and Decison making, Emotion and problem Solving - Aritifical Knowledge Representation, Knowledge acquisition, Synthetic Silicon Life, Non-causal digital reasoning, Digital non-determinism.