PROJECT TITLE :
Feel Bored? Join Verse! Engineering Vehicular Proximity Social Networks
Travelers in vehicles often have a robust willingness to share their travel expertise and exchange info to every different through social networks, like Facebook and Twitter. This, however, will be pricey because of the restricted connections touring to the Web. In this paper, we develop Verse to facilitate the social communications among vehicle travelers on highways. Verse allows passengers onboard vehicles to share the content information, like travel blogs with photos, among each alternative using impromptu wireless intervehicle communications. Unlike traditional online social networks, which are designed upon reliable internet protocol (IP) networks, vehicular social networks face fundamental challenges in that 1) users are anonymous and strangers to each different and that it is exhausting to spot potential friends of shared interests and that a pair of) users communicate through intermittent and unreliable intervehicle connections. On addressing the two challenges, Verse implements an exponent recommendation function, that helps passengers efficiently determine potential social friends with both shared interests and comparatively reliable wireless connections. Yet, Verse is provided with a social-aware rate control theme toward efficient utilization of network bandwidth. Using extensive simulations, we show that the friend recommendation perform of Verse can effectively predict the mobility of vehicles to help in social communication and that the social-aware rate management theme quickly and efficiently adapts to the vehicle's transmission rate per their social impact.
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