Projects

The goal of the TERASTART is to found a theory and practice, which provides a framework for experiences and applications of the terahertz (THz) band of the spectrum.
Our aim is to present a novel single-band and multi-band THz imaging and analysis methodology and practice, which is capable to perform wide area time-domain spectroscopy and integrating imaging.

The project unites researchers work in the field of ethology, cognitive science, machine vision, speech technology, soft computing, information communication and control theory. It aims to create eto-information technology, a new branch of knowledge, which establishes a brand new paradigm of the interaction between humans and information systems. Realizing this goal makes the usage of information systems easier and more natural from "intelligent phone" to remote diagnostic of elder people.

The main aim of the project is to facilitate the commercial and non-profit exploitation of the EDGeS EU FP7 Desktop Grid project (coordinated by MTA SZTAKI) and the HAGRID project (coordinated by ECONET) focusing on the Desktop Grid and WEB2 technologies. On one hand the WEB2 technologies assist to assure the resources in the desktop grid community on voluntary or settlement bases.

The overall goal of the MEDUSA project is to realize a robust, high-performance, integrated, intelligent, autonomous and versatile multi-sensor data fusion grid. This deliverable will significantly improve Situational Awareness and Command and Control in the context of force protection in urban environments - by providing a comprehensive Operational Ground Picture. In providing such, the project considers the need to address current or prospective ‘information overload’ conditions and generating both the deliverable content and its means of delivery - based on ‘relevance’.

The ILI (Intelligent Visitor Guidance: Interactive environment driven by contextual semantics) project's aim is to create an integrated visitor guidance framework that is able to guide visitors in various environments (e.g. museum, hospital, shopping mall, car park, etc.), integrating the capabilities of sensors, location devices and modern displays and interactive devices, thus ILI creates intelligent buildings by enabling high level context-aware services for users.

The ILI (Intelligent Visitor Guidance: Interactive environment driven by contextual semantics) project's aim is to create an integrated visitor guidance framework that is able to guide visitors in various environments (e.g. museum, hospital, shopping mall, car park, etc.), integrating the capabilities of sensors, location devices and modern displays and interactive devices, thus ILI creates intelligent buildings by enabling high level context-aware services for users.

The aim of the project is to develop new solutions in the field of digital, real-time enterprises and networks, in the framework of the cooperation between MTA SZTAKI and the Fraunhofer-Gesellschaft (FhG).

Subject of the project: