Projects

Objectives

DICTAM's objective is to develop new processor architectures, algorithms and integrated circuits for real-time image processing, and to corroborate their advantages using programmable hardware demonstrators applied to selected real-case examples: real-time video compression, image authenticity / integrity verification, and various visual inspection and motion scene evaluation tasks.

Contracting partner: <<Budapest University of Technology and Economics, Department of Sociology and Communication>>

Bio-molecular Computing is a novel and exciting recent development at the interface of Computer Science, Molecular Biology, Chemistry and Physics. The main advantage of bio-molecular computing is that it is an energy-efficient, massively parallel process. This working group is centered on computing with bio-sequences. The enormous potential of using bio-molecules as a computational substrate needs to be extensively investigated both from a theoretical and experimental point of view..

The great promise of the digital economy lies in that a rich store of information is available on customer behavior which enables far more accurate and efficient planning than it was possible earlier. The companies and organizations appearing on the web have the possibility to learn their customers by analyzing the usage logs. These analyses can give them statistics on how many people visited their sites, and by mapping the most frequent access routes and using various monitoring techniques, they can also help identify user profiles of similar interest and consumer behaviour.

DSD opened the Hungarian Office of the World Wide Web Consortium on 1 September 2002.

W3C was founded in October 1994 to lead the World Wide Web to its full potential by developing common protocols that promote its evolution and ensure its interoperability. W3C has more than 400 Member organizations from around the world and has earned international recognition for its contributions to the growth of the Web.

Participants:

Rendszerfejlesztési Osztály (www.ilab.sztaki.hu/rfo) Geometriai Modellezés Labor (www.sztaki.hu/gml) Semmelweis Egyetem Ortopédiai Klinika (www.ortopedia.sote.hu) Euklédesz Bt.

New Information and Communication Technologies (ICT) are present in all areas of society and public administration.

Nowadays, the relations between citizens and public administration are characterised by the increasing use of electronic procedures. In this context, citizens demand modernisation of electoral procedures in order to increase the efficiency and transparency of elections.

Private organisations like large companies, trade unions, sports clubs and associations have electoral processes to elect their governing bodies.

New Information and Communication Technologies (ICT) are present in all areas of society and public administration.

Nowadays, the relations between citizens and public administration are characterised by the increasing use of electronic procedures. In this context, citizens demand modernisation of electoral procedures in order to increase the efficiency and transparency of elections.

Private organisations like large companies, trade unions, sports clubs and associations have electoral processes to elect their governing bodies.

The project codenamed Basic Unmanned Station Manager is based on a sensor network consisting of industrial PC-based monitoring hardware boxes that collect basic sensor information such as the temperature, the status of electrical contacts, smoke detectors and door sensors while managing the magnet lock and numeric keypad of the surveyed site. The the sensor network is managed by a central network monitoring node with a graphical user interface.