Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In the emerging Fifth Generation (5G) systems mobile social networks will play an important role for disseminating information and multimedia contents. In such a scenario, short range transmissions and multicast services are considered as promising technologies in order to disseminate contents as fast as possible.  proposes a viral information diffusion approach for improving the information diffusion time among a large number of users. A novel expected information diffusion time is considered by taking into account system metrics on both network and social side. In particular,  defined a new metric named social network contact time which describes the social interaction time beten a generic user and the social platform.  compared the proposed approach with conventional multicast scheme and social information diffusion approach based on distance. Results show that the proposed viral algorithm achieves considerable gains in term of information diffusion time and data rate per UE. In particular, the gain experienced by the users in term of content dissemination varies beten the 14% and 48%.
['Antonino Orsino', 'Giuseppe Araniti', 'Li Wang', 'Antonio Iera']
I am writing a research paper on a idea Multimedia content diffusion approach for emerging 5G mobile social networks
[{"from": "human", "value": "I am writing a research paper on a idea Multimedia content diffusion approach for emerging 5G mobile social networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In the emerging Fifth Generation (5G) systems mobile social networks will play an important role for disseminating information and multimedia contents. In such a scenario, short range transmissions and multicast services are considered as promising technologies in order to disseminate contents as fast as possible.  proposes a viral information diffusion approach for improving the information diffusion time among a large number of users. A novel expected information diffusion time is considered by taking into account system metrics on both network and social side. In particular,  defined a new metric named social network contact time which describes the social interaction time beten a generic user and the social platform.  compared the proposed approach with conventional multicast scheme and social information diffusion approach based on distance. Results show that the proposed viral algorithm achieves considerable gains in term of information diffusion time and data rate per UE. In particular, the gain experienced by the users in term of content dissemination varies beten the 14% and 48%."}]