Heliogs s.C.A.R.L. (Italy) and tiltan systems engineering ltd. (Israel) will cooperate in introducing a new, innovative automatic lidar processing software package that will enable fast creation of accurate gis information from lidar data.
A high end visible and near infra red sensitive gated camera (nir-gc). Nir-gc will offer high resolution (xvga), a high frame rate (up to 500hz) and extremely low light sensitivity. It will meet the needs for gated cameras in many existing applications.
Development of steering wheel sensing embedded system for tracking driver vigilance and alerting about drowsy driving as well as evaluation in simulators and during field tests on common roads.
By combining two existing state-of-the-art technologies, it will be possible to accurately simulate and optimise the filmbuild on car bodies. This also applies to electrostatic processes.
The proposed joint project is aimed at implementing telematics capabilities to provide a comprehensive solution that will address handling emergency situations. The integrated system will start an automatic process from the accident until the injured person receives full medical attention.
To develop novel environmental friendly pre-treatment process for al alloys used for construction and aeronautical applications. The project aims at advanced pre-treatments with additional functionality, namely conductivity and active corrosion protection.
Internet based software application and video conference consulting platform that will enable smes to plan, manage and measure kpis (key performance indicators) and will support companies in the tourism sector to plan and to execute their strategic objectives and goals.
Trucks, and especially trailers, are aerodynamically poorly designed. There is no streamlined shape resulting in a lot of aerodynamic drag, low fuel efficiencies and a large belch of co2 emissions. With lightweight aerodynamic add-ons for trailers the fuel consumption (=co2) is decreased with 20%.
The r&d program - smarti (smart intersection), described in the present application form, offers research and development of an innovative smart intersection system followed by road tests.
Within the project the utilisation of large machine tools with powerful spindles for micromachining will be enabled by a parallel high speed machining, which are investigated, applied and tested. The new combination leads to a significant widening of the application range of 5-axis-machine tools.