To increase productivity and cost-efficiency with flexible robots that meet industry requirements for shortening set up times in production.
Development of a mechanism to increase the field of action for road fridge transport.
Development and industrial integration of a virtual assembly tool for automotive product assembly design, training and ergonomics through innovation in cad-cam, real-time visualisation and force feedback integration fields.
Study of speech signal dynamics and integration into current and next generation text-to-speech technologies (non-uniform concatenation or diphone concatenation).
Enhancing the productivity, quality, variability and the flexible automation of manufacture by means of mechatronic methods.
The project aims are to provide broadband satellite services for maritime environments, based on standards and infrastructure of european satellite network operators (ip, dvb, mpe). It will use innovative atenna technologies.
The main goal is to develop a better understanding of the container glass forming process. The knowledge that is obtained by this project will be implemented into two prototype simulation tools.
Project comprises the development of a family of 'ad-hoc' portable terminals that fulfil the new demand in the teleassistance service world: to dispose the same level of teleassistance services both at home and outdoors.
Development of a system which increases efficiency of rescue operations in emergency scenarios. The device, designed mainly for hgv's, has specific sensors and automatic decision capabilities which evaluates the situation and sends information to a control centre.
Dds oriented automation agents will be designed and implemented. These agents are to execute supervisory control actions now belonging to the operator, thus increasing autonomy of industrial units and so decrease dependence of unit's efficiency and safety upon the human factor.