Game platform system based on peer-to-peer covered network

Abstract

In the invention, its client side comprises a user interface, a unified game interface, a transmission controlling and optimizing module, and peer-to-peer network maintaining and constructing module; its server side comprises a module for user log-on, node management and node scheduling. The user interface is used for setting game parameters, starting game, starting the module for constructing and maintaining peer-to-peer network, and adding low delay distributive structureless topology network; the unified game interface is used for re-packing the captured game packet or resolving the packet; the transmission controlling and optimizing module is used for selecting the low delay node and making the application layer multicast for the game shared information; the peer-to-peer network maintaining and constructing module is used for maintaining and constructing the low delay distributive structureless topology network.

Description

technical field [0001] The invention belongs to the computer application field, and is a game platform (PKTown) system based on a peer-to-peer overlay network. Background technique [0002] The research on the network service system based on Multiplayer Online Games (MOG) is a hot spot in the network game research. Its main research supports the expansion of MOG games from LAN to WAN, reduces the delay between client nodes participating in the same game scene, and reduces the deployment cost of the system platform. [0003] Traditional network service platforms that support MOG games, such as GameSpy and Haofang e-sports battle platform, intercept the game package at the network layer of the game program, and send the information that the game node needs to share with other nodes to the game platform dedicated Game server, and then distributed by the game server. The design of this C / S architecture makes the game server a distribution center for the information shared by t...

AI Technical Summary

Problems solved by technology

This method of estimation does not truly reflect the delay between nodes

[0004] To sum up, the traditional MOG game platform system based on the C / S mode has the following disadvantages: 1. The C / S architecture makes the game server a bottleneck point and a single point of failure for the performance of the system, so that the system is scalable to the increasing number of users The performance is poor, and the cost of system maintenance and deployment is high; 2. Using the delay between the node and the game server to estimate the delay between nodes is very inaccurate

Leading to poor user experience for gamers in the same game scene

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