Attila József is probably the most outstanding character of the Hungarian 20th century poetry. He was born in district 9 of Budapest, called Ferencváros, in April 1905. He spent the first 14 years of his life in the district. In 2015, on the initiative of the local government of Ferencváros, the eLearning Department of MTA SZTAKI and the Ferencváros Local History Collection prepared a GPS-based interactive smartphone walk under the title of "Attila József in Ferencváros”. In April 2017, the developers of the walk prepared and arranged a special orientation field competition based on mobile games for students studying in the district with the support of the local government of Ferencváros for the festive day of the Hungarian poetry.
Our institute participated successful on Websummit, one of the most prominent and biggest IT conference and fair in the world in Lisbon. The institute was represented by the Shared Virtual Reality Research Group of the Machine Perception Research Laboratory. Due to the open source ApertusVR product, our institute gained the opportunity to interact with future clients from sectors that were not characteristic before.
The first Hungarian film-tourism smartphone application has been created with the contribution of the eLearning Department of MTA SZTAKI. The application provides the most complete guide of one of the most popular film destination capitals, Budapest.
The Lidar data processing solution developed in the Machine Perception Research Laboratory (MPLab) was invited by Velodyne Europe executive director Erich Smidt for a live demonstration in the exhibition area of the market leading sensor manufacturing company at the Frankfurt Motor Show (IAA.de).
Based on its previous Hungarian Patent submission, MTA SZTAKI has submitted an international (PCT) patent for its fluorescent-holographic microscope. The invention combines fluorescent microscopy with digital holographic microscopy technology.
A successful R&D project that was launched in 2015 is to be completed in June 2017 by the project consortium. The project was funded by the Hungarian National Research, Development and Innovation Fund and it was coordinated by the Institute for Computer Science and Control (MTA SZTAKI). The technical objectives of the project were to define and implement a set of automated control functions for commercial vehicles.
The molecular diagnostics of cardiovascular diseases, which are highly endemic in Hungary, tumour and inflammatory diseases, and the development of essential manufacturing and logistics systems for industrial production will be the core focus areas of the two new domestic centres of excellence which were among the 10 winners in the “Teaming” research excellence programme, the most prestigious Widening actionl of the Horizon 2020 framework programme.
In collaboration with Hitachi’s Manufacturing Technology Research Center (Japan) and Fraunhofer IPA (Germany), researchers of the Engineering and Management Intelligence Laboratory took part in the development of a secure resource sharing technology for geographically dispersed production facilities.
In November 2016, as a result of a cooperation between the Computational Optical Sensing and Processing Laboratory and the Pázmány Péter Catholic University, a vision based speed measurement sensor chip has been sent to fabrication, as we reported it back then. In early March, Austria MicroSystems sent us the 44 pin sensor chips, which were produced using a 0,35 um CMOS technology. In our laboratory, we designed an FPGA based measurement environment, which performs the control and image capture aspects of the system.
In the recent past colleagues of the Research Laboratory on Engineering & Management Intelligence cooperated with Syncreon Hungary Ltd. which is responsible for the operation of the overall logistic system of AUDI Győr and several other compamies. During the collaborative project a simulation model was created to present the process of a logistic system of a factory under construction.
The control of the key elements of transport (e.g., of vehicles and of vehicle platoons) is normally carried out in a hierarchical manner with the various elements of control targeting different layers of the hierarchy.
2016 brought us numerous professional programmes, opportunities for scientific cooperation and industrial innovation. Besides the achievements of traditionally high quality in basic research, the Institute placed great emphasis on the applications in the private sector as well as the services rendered to the communities providing them significant societal benefits.
The Research Laboratory on Engineering & Management Intelligence developed a prototype Analytical Module, commissioned by GE Hungary Kft., as part of a smart city project. The project aims at building a wireless sensor network installed on a public lighting system in the XII. District of Budapest, Hungary.
In cooperation with Continetal colleagues from Research Laboratory on Engineering & Management Intelligence have recently closed a successful simulation modeling workshop. Assisted by the laboratory, the project aimed at providing support for the design of a new production line by using simulation modeling.
The RobustPlaNet EU FP7 project, coordinated by Research Laboratory on Engineering & Management Intelligence, was closed by the final meeting held in Foligno 4th September 2016, and the following industrial workshop took place in Bologna.
Within the EXCELL EU H2020 project, colleagues of our laboratory actively collaborate with the Germany-based Fraunhofer FIT (Institute for Applied Information Technology) institute in the topics of machine learning and data analytics.
Our laboratory has a long-term and fruitful partnership with the Aventics (former Bosch Rexroth) company. The factory, located in Eger (Hungary), produces pneumatic components and systems. Within the partnership our laboratory provides support to the introduction and application of advanced decision making tools in the manufacturing and logistics areas of the company.