COURAGE project, completed with the international cooperation of 12 participants, received a Special Mention at the Heritage in Motion competition. The Award Ceremony held in Ljubljana (Slovenia) on 20th September celebrated the best multimedia projects and achievements that aim the preservation of Europe's cultural heritage.
The Hungarian Intellectual Property Office granted the Hungarian patent describing the silicon based Microantennas and the plasmatransistors which can be fabricated in economical mass production. The specialty of these antenna geometries and circuits are that their sensitivity is extremely high, moreover their bandwidth is tunable. The inventor, Dr Péter Földesy, a research advisor at SZTAKI has defended his academic doctoral thesis in this topic last year.
Researchers of SZTAKI, Institute for Computer Science and Control, Hungary, will lead the international project FLiPASED (FLight Phase Adaptive Aero-Servo-Elastic aircraft Design) which intends to revolutionize aircraft wings through developing and testing the so called active-controlled wings.
The augmented and virtual reality technologies are already well known in the game and entertainment industry. Nevertheless, the potential of these technologies could offer a lot to other industrial segments like production engineering. Therefore, augmented and virtual reality technologies more often used for increasing the profitability. However, the possibilities of the integration into any industrial software system just currently forming - SZTAKI is one of the pioneer.
His Excellency, Mr. Volkmar Wenzel, Ambassador of Germany in Budapest and Mrs. Krisztina Hodosiné Márton, Counsellor for Science, Environment and Agriculture at the Embassy of Germany in Budapest paid a visit to the Institute for Computer Science and Control, Hungarian Academy of Sciences (MTA SZTAKI) on July 16, 2019.
On the 23rd of June, 2019, dr. Peter Inzelt, former director of the Institute for Computer Science and Control, Hungarian Academy of Sciences (MTA SZTAKI), honorary Professor of the ELTE University deceased in his 75th year.
A mobile phone contains numerous sensors, which can perform tricky measurements. The results of these measurements can be used in exciting applications either in the real or in the virtual world. Important target field of these apps is the health monitoring, fitness, and the corresponding physiological measurements. In this application area, SZTAKI has developed a non-contact pulse monitoring system that can measure the heart rate of a human or an animal with a single camera.
Related to our most successful open-source development called ApertusVR, Neil Trevett, the President of Khronos Group, invited SZTAKI to join the world’s largest IT industrial standardization consortium. Our Shared Virtual Reality Group will be involved in the OpenXR workgroup to create the very first virtual reality industrial standard with the World’s leading IT companies like Google, NVidia, Microsoft, Intel and Samsung.
The next generation of robots could be entering the workplace alongside humans, but this first needs some collaborative principles to be established. SYMBIO-TIC has developed a system for such a safe, dynamic, intuitive and cost-effective working environment.
As of November 1, 2018 the national scientific publication registry system called Hungarian Scientific Bibliography (MTMT) is supported by a new software system (MTMT v.2.0). The Department of Distributed Systems at MTA SZTAKI has developed the new version, on behalf of and in close cooperation with the Library and Information Centre of MTA during the past 4 years.
EU Industry Days 2019 focused on key industrial challenges such as sustainability, digitalisation, investment and globalisation. The event, on 5-6 February, demonstrated how EU industrial policy benefits European citizens and provided input for future policy making. EU Industry Days gathered around 1,800 participants from across Europe and beyond, including stakeholders representing industry, trade unions, national and regional authorities, and civil society.
The 'Flutter Free FLight Envelope eXpansion for ecOnomical Performance improvement' (FLEXOP) project is an EU H2020 project. It opens a complete new dimension for derivative aircraft design. In order to validate the different methods and tools developed in the project, a flight-test campaign will be carried out, in which the design and manufacturing of stiff wings, very flexible wings with active flutter control, as well as tailored wings for passive load alleviation will be verified.
Between the 10th and 12th December 2018, three members of our Institute (Gergely Horváth - EMI, Csaba Kardos - EMI, Balázs Pataki - DSD) participated on an integration meeting of the H2020 project SYMBIO-TIC.
In the last week, our eLearning Deparment presented smartphone-based developments on several topics in several towns at several different professional events to museologists and representatives of tourist organisations.
In the competition to identify Europe's top innovators, the European Commission has nominated our institute for its research and development work in the project SYMBIO-TIC. An open vote decides the winner, votes can be given until 12. November.
Between 29-30 Oct. 2018, the 4th Progress Meeting of VISION H2020 EU-Japan research project was held at our Institute. Our partners in this project are as follows: ONERA, University of Bristol, University of Exeter, Dassault Aviation, RICOH, JAXA, ENRI, Mitsubishi Space Software and University of Tokyo.
With more than 500 participants coming from many continents, the World Congress of the International Measurement Confederation (IMEKO), already in its 22nd year, concluded successfully in Belfast, United Kingdom, where Hungary was represented by our two colleagues Dr. Zsolt János Viharos, senior research fellow of the Research Laboratory on Engineering and Management Intelligence of the MTA SZTAKI and Ákos Zarándy, head of the Computational Optical Sensing and Processing Laboratory, who was elected to be an IMEKO member.