In Europe 0.9 Million people are blind and 12 Million are visually impaired. Global numbers are over 160 million. Over 60% of the blind and visually impaired in Europe are now 60 years of age or older. The WHO expects further growth of 30-50% within the next 10-15 years related to ageing and diabetes. Despite all the new technologies, mobility for the visually impaired still relies on remembering routes and using a long cane. Travelling outside a limited comfort zone requires help from others. Unnecessary economic and civil isolation is a consequence.
High accuracy mobility is a clear unmet need. Today satellite receivers have the size of a coin. However high accuracy positioning is still lacking due to quality and availability of satellite signals. The future of satellite navigation offers no solution for the next decades. The IMAGO project will deliver a new positioning method filling the satellite gap for pedestrian navigation. This method will be based on video processing, comparing pre-walked and geo-tagged route movie frames to the current recorded scene. An image-based positioning and navigation system will be implemented at the functional prototype level and validated with users. The IMAGO consortium connects partners with specific technological and application domain knowledge. Users from the Netherlands, Germany and Belgium will be involved in the IMAGO project. Users will validate the systems during the various stages of development.
The objective of the IMAGO project is to develop and test a navigation and positioning technology for the blind and visually impaired, exceeding the quality, accuracy and applicability of positioning technology based on satellite data. Through this IMAGO technology, blind and visually impaired people should be able to increase their independence in mobility.
Expected results and impact:
An image-based positioning and navigation system will be implemented at the functional prototype level and validated with users. Image generated data will be converted into tactile information to communicate effectively with blind and visually impaired users. This IMAGO based application will most likely be a part of the I-Cane product series which apply electronics and tactile communication.
Furthermore, the results will be used to explore new options in handling image based medical information.
|Applied Biomedical Systems bv||SME||The Netherlands||www.ab-sys.eu|
|RWTH Aachen, dept medical information UNIKLINIK||SME||Germany||www.ukaachen.de|
|NVBS, Oogvereniging||END USER||The Netherlands||www.oogvereniging.nl|
|Blindenzorg Licht & Liefde||END USER||Belgium||www.blindenzorglichtenliefde.be|
|I-Cane social technologies||SME||The Netherlands||www.i-cane.org|
Coordinator: I-Cane Social Technology BV
Duration: 36 Months
Starting Date: 01 September 2012
Total budget: € 1.267.571
Public contribution: € 793.668
phone: +31 (0)641182393
address: I-Cane social technologies,
Rosmolenstraat 2, 6131 HX Sittard, The Netherlands