The system will allow disabled people to control their environment using the gaze system.
Based upon a patented ultrasound principle, dolphiscan is developing a hand held ultrasound reader for direct part marked standardised machine-readable codes.
Innovative site security solution with localisation of people and objects simultaneously. Based on smart card, access control and surveillance elements integrated with an expert supervision system.
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.
To develop a new synchronous digital hierarchy radio. Application of alternative materials and technologies will allow a 50% cost reduction for this product with target markets in europe, asia and africa.
Install sip telephony from innovaphone and its telecom in sweden's largest prison salberga. a former hospital complex in sala/sweden was gradually transformed into swedens largest criminal institution with room for 342 inmates and 230 employees.
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.
To show the technical/economical feasibility of integrated optical waveguide technologies. New optical chips should be the core of the new generation of optical network devices, offering unprecedented operational flexibility, a compact footprint, low energy use and thus economical attractiveness.
Partners will develop top efficient digital power line carrier channel which will be innovative, cost effective and customer oriented. It will provide improved quality of service. Higher efficiency results in its higher sensitivity to noise and interferences.
Development of infrared camera system (h&s) for preclinical testing of anti-angiogenic anticancer treatments via assessment of tumour microcirculation in animal models. Changes in tumour microcirculation are among the earliest and most sensitive signs of tumour response for anti-angiogenic agents.