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To develop a homecare and telemedicine system with bluetooth communication with the various monitoring units in the patient's home, and encrypted cellular, landline or internet communication with the emergency centre.

Research, develop and test a generic broadband amr solution that can show a viable commercial and economic solution that can integrate main.Net's plc system (plus) with various utility meters (power, gas, district heating meters, etc.).

Magnesium alloys due to low density and good mechanical properties are candidates for structural applications. The research aims at optimising the plastic deformation process and defining mechanical properties of extrusion and hydroforming.

Project consists of developing a new fully remotely configurable degree-4 all optical add drop multiplexing module based on very high delta- n plc technology to achieve the compactness and cost-effectiveness demanded in advanced optical networks.

Collaborative research between liebherr aerospace toulouse (france) and palbam-amts (israel) for development of high performance magnesium alloy composites.

The main objectives of the musis2 project is to extend the musis project and to explore, identify and develop innovative rich media content mobile services for university students and smes.

This proposal describes the design and manufacture of a uav (unmanned aerial vehicle) which can undertake maritime search and rescue operations. The project targets flight stability in severe weather conditions through the use of aeroservoelastic technology.

Aims at developing cost-effective creep-resistant magnesium alloys with improved ductility and energy absorption properties for automotive and craft industries and suitable for permanent mould casting technology.

To develop a single mode, 1 mjoule fibre laser that features excellent beam quality and is highly resistant to photodarkening - the main factor limiting long fibre laser lifetimes.

The objectives are to develop (i) direct-chill continuous casting technology for the preparation of magnesium matrix composite billets and (ii) extrusion technology for manufacturing magnesium matrix composite profiles.