I-GOingProject ID: 277689
Setting the path for mass market use of Indoor Galileo Operations
Total cost:EUR 711 492
EU contribution:EUR 435 630
Topic(s):Galileo.2011.1.7-1. - Use of Galileo and EGNOS services for mass market and in niche sectors (to be mainly provided by SMEs)
Call for proposal:FP7-GALILEO-2011-GSA-1-bSee other projects for this call
Funding scheme:CP - Collaborative project (generic)
Location based services on mobile devices and smartphones have experienced a very significant development in the last five years. However, although 90% of phone usage is done indoors, there is no suitable technology to provide accurate positioning of these devices inside building.
The demand for indoor LBS applications and associated revenues is therefore huge, but the market still needs location technologies that fulfill three key success factors: scalability, compatibility, accuracy.
A number of technologies have been envisaged (UWB, RFId…) but only two arise: WiFi and indoor GNSS.
WiFi is scalable and compatible but suffers from poor accuracy and a need for recurrent calibrations, which prevents this technology from being the ultimate one.
Indoor GNSS offers great advantages since it ensures high accuracy, relies on chipsets already deployed in phones, and does not need any calibration.
The main goal of this project is to contribute to making GNSS and in particular Galileo based pseudolite systems the best overall solution to address the challenges of positioning and navigation within large indoor infrastructures.
The project addresses the following main goals:
- Develop and implement software algorithms that enhance GNSS efficiency in indoor environments.
- Provide the porting of these algorithms on GNSS chipsets.
- Develop a Galileo pseudolite prototype leveraging its signal specificities for indoor performance
- Experiment and demonstrate the full end to end system (transmitters / embedded receiver with indoor improved algorithms) on a GPS and then on the Galileo pseudolite system.
- Ensure that proper regulatory authorizations are available for experimentations and finalize the regulatory framework for widespread deployment.
Beyond the scope of this project, the main expected impact is to gather support of the industry for Galileo pseudolite systems and to use the project results to give momentum to a Galileo based indoor work plan at EC level.
EU contribution: EUR 128 900
BOULEVARD VICTOR HUGO 23 PEPINIERE 23
EU contribution: EUR 33 250
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EU contribution: EUR 122 250
Bd des Chênes 15
EU contribution: EUR 62 830
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EU contribution: EUR 46 000
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EU contribution: EUR 42 400
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