Hierarchical Hybrid DVE-P2P Networking Based on Interests Clustering

In the massive multi-player online game scenes single P2P topology cannot sufficiently accomplish a variety of mission. To strengthen player experience, rapidly respond client request and improve P2P network scalability and flexibility. Firstly, we propose network architecture, which is hierarchical hybrid DVE-P2P based on interested cluster to achieve this purpose. Secondly, based on this network architecture and topology we propose three logical layers along with two physical layers to guarantee its security, flexibility, reliability, scalability and high throughput. Thirdly, based on Area of Interest we propose interested cluster to quickly share similarity resource with other peer in own cluster, selecting super node with excellent performance as central, virtual server, which is connected to Chord ring, to manage load balancing of interested cluster, at same time we present algorithms and strategies to load balancing for different peer, interested cluster and server. Finally, we perform experiments to show that our approaches significantly improve the DVE system's response speed, throughput, dynamic load balancing, load index and stability.