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Modern vehicles are equipped with more and more sophisticated computermodules, which need to periodically download files from the cloud, such assecurity certificates, digital maps, system firmwares, etc. Collaborativecontent distribution utilizes V2V communication to distribute large filesacross the vehicular networks. It has the potential to significantly reduce thecost of cellular-based communication such as 4G LTE. In this report, we haveconducted a simulation study to verify the feasibility of a hybrid cellular andV2V collaborative content distribution network. In our simulation, a smallportion of the simulated vehicles download the file directly from the cloud viacellular communication, while other vehicles receive the file via collaborativeV2V communications. Our simulation results show that, with only 1\% of vehiclesenabled with cellular communication, it takes less than 24 hours to distributea file to 90\% of the vehicles in a metropolitan area, and around 48 to 72hours to distribute to 99\%. The results are very promising for manydelay-tolerant content distribution applications in vehicular networks.

Simulation Study on Collaborative Content Distribution in Delay Tolerant Vehicular Networks