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Crossroads risk assessment using GPS and inter-vehicle communications

Crossroads risk assessment using GPS and inter-vehicle communications

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© The Institution of Engineering and Technology
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Recent developments in inter-vehicle communications (IVC) focus on the conception of suitable hardware and communications protocols. We contribute to this effort by analysing the performance of IVC through a vehicular application approach. The study aims to measure the contribution of IVC in comparison with traditional safety sensors on an advanced driver assistance scheme (ADAS) system. We choose to study the risk assessment in crossroads approaching. The system is based on a standard 802.11 technology combined to a standard low-cost GPS receiver. The performance is analysed regarding the application showing the feasibility of the system and its integration on board our prototype LARA.

Inspec keywords: risk management; Global Positioning System; wireless LAN; radar receivers; road traffic

Other keywords: safety sensors; standard 802.11 technology; LARA; advanced driver assistance scheme; crossroads risk assessment; inter-vehicle communications; vehicular application; low-cost GPS receiver

Subjects: Radio links and equipment; Road-traffic system control; Traffic engineering computing; Radionavigation and direction finding; Computer communications; Local area networks

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