Introduction

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RNDr. Pavel Surynek, Ph.D.
Assistant Professor
Charles University in Prague
Faculty of Mathematics and Physics
Department of Theoretical Computer Science
and Mathematical Logic

Malostranské náměstí 25
118 00 Praha 1, Czech Republic


Office number: 304 (third floor)
Tel:  +420 221 914 139 (office 304)
+420 221 914 245 (administration)
Fax:  +420 221 914 323
Office hours:  N/A in the period starting
on September 15th, 2011


Visiting Researcher
Kobe University
Graduate School of Maritime Sciences
Intelligent Informatics Laboratory
5-1-1 Fukae-minamimachi, Higashinada-ku
Kobe 658-0022, Japan

E-mail:
URL: http://ktiml.mff.cuni.cz/~surynek

MFF UK
Kobe University


Welcome to my academic web page. I have been working at the Charles University in Prague since 2009 at the position of assistant professor. Information about my professional activities can be found at this web. I believe that you find it useful.

Currently, I have been accomplishing research fellowship at Kobe University in Japan under the supervision of my host researcher Prof. Katsutoshi Hirayama. My actvities at Kobe University consist in doing collaborative research.

My two primary activities at Charles University, which are now partially suspended, are doing research in the area of artificial intelligence and teaching. The part of this web dedicated to teaching is in Czech. The intended readers of this section are my students.

I also offer supervising of software projects, bachelor theses and diploma theses. If you are a student interested in thesis supervising feel free to contact me.



News

2nd Mar 2012
Watch a cooperative path-finding VIDEO now ! >>>
19th Feb 2012
Several new topics for a project or a thesis are on-line (AI, SAT, computer graphics, ...). >>>
19th Dec 2011
The article and the poster from MICAI 2011 conference are on-line. >>>

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Keywords: computer science, artificial intelligence, automated planning, path-finding, cooperative agents, multi-robot planning, pebble motion, propositional satisfiability - SAT, constraint programming, local consistency, global consistency, dynamic constraint problems, genetic algorithms, BIBOX, BIBOX-theta, DnAC-6, AC|DC, global consistency, projection consistency, computer graphics, revision control systems, neural networks, 2D graphics, 3D graphics, photo-realistic rendering

Technical NOTE: This web uses JavaScrips. You have to enable scripting in your web browser for proper displaying of the pages within this web. This web is optimized for Mozilla Firefox.

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