Asymmetric Design for Viral Marketing in MSN

Abstract

Within this paper, we address the issue of determining a small amount of people through whom the data could be diffused towards the network when possible, known to because the diffusion minimization problem. The emerging of mobile social systems opens possibilities for viral marketing. However, before fully utilizing mobile social systems like a platform for viral marketing, many challenges need to be addressed. Diffusion minimization underneath the probabilistic diffusion model could be formulated being an uneven k-center problem that is NP-hard, and also the most widely known approximation formula for that uneven k-center problem has approximation ratio. The outcomes reveal that the city based formula has got the best performance both in synthetic systems and also the real trace in comparison to existing calculations, and also the distributed setcover formula outperforms the approximation formula within the real trace when it comes to diffusion time. Clearly, the performance and also the time complexity from the approximation formula aren't satisfiable in large-scale mobile social systems. To cope with this issue, we advise a residential area based formula along with a distributed set-cover formula. The performance from the suggested calculations is evaluated by extensive experiments on synthetic systems along with a real trace. Diffusion minimization underneath the probabilistic diffusion model could be formulated being an uneven k-center problem that is NPhard, and also the most widely known approximation formula for that uneven k-center problem has approximation ratio of log* n and time complexity.

Authors and Affiliations

K. Srikar Reddy, B. Rajesh

Keywords

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  • EP ID EP22761
  • DOI -
  • Views 197
  • Downloads 4

How To Cite

K. Srikar Reddy, B. Rajesh (2016). Asymmetric Design for Viral Marketing in MSN. International Journal for Research in Applied Science and Engineering Technology (IJRASET), 4(11), -. https://europub.co.uk/articles/-A-22761