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Vehicle-to-vehicle communication is promising a massive shift in making driving safer.
With things like Bluetooth, sensors, cameras and even satellite radio becoming commonplace in today’s modern car, our vehicles are already ultra connected. But what if cars themselves were connected to each other? That’s the idea behind technology referred to as vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communication.
A new research centre that could become a world leader in communications, digital and autonomous systems research was launched at the University of Bristol [Monday 30 November].
The Smart Internet Lab will build on the University’s major communications and digital technologies research to create and permanently support a hub for internet research that will have long-lasting benefits for society and the economy.
The telecom industry plans to roll-out the first 5G networks from 2020. Fraunhofer FOKUS and Fraunhofer HHI are contributing their comprehensive know-how to a consortium of manufacturers, carriers and research institutions, who are working on prototypes for early-stage 5G communications infrastructure and features, and are aiming to implement these into the 5G Berlin test bed.
Lannion, France. Celtic-Plus project Opera-Net 2 has developed new powering solutions for wireless networks. Projects results will help to avoid the foreseeable collapse when power consumption would scale with the expected increase of bandwidth in mobile communications in the coming ten years. The project adopted a holistic approach combining innovative powering solutions starting from network architecture, including radio signal coding schemas, down to the component level of the RF amplifier.
_Super categories / (video) / Electric vehicle / Future transportation / Life / Mobility / Work
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