Wireless communication system for game competition

Abstract

The invention provides a wireless communication system applied to game competition, which comprises a base station, core network EPC equipment and a game server, the base station is connected with thecore network EPC equipment through an S1 interface, and the game server is connected with the core network EPC equipment through an SGi interface; The base station is used for establishing a wirelesscommunication connection between the game user terminal and the core network EPC equipment, and realizing balance processing on the time delay of the currently accessed game user terminal according to preset configuration parameters; The core network EPC equipment is used for automatically coordinating to a network segment where the local area network is located according to the current local area network, and establishing a wireless game private network between the core network EPC equipment and the game server; And the core network EPC equipment is also used for carrying out account openingbinding on the sim card of the game user terminal to be accessed to the current network in advance so as to provide an established wireless game private network for the bound game user terminal. According to the invention, optimization of network backhaul is realized so as to meet the requirements of low time delay, high stability and interference resistance of the mobile phone game competition.

Description

technical field [0001] The invention relates to the technical field of wireless communication, in particular to a wireless communication system applied to game competitions. Background technique [0002] At present, mobile game competitions are in full swing in various large, medium and small cities. Mobile game competitions have become an important channel for businesses to promote products and attract young customers. The mobile game shopping mall Road Show and the live broadcast of mobile game competitions are attracting more and more people's attention. However, the current competitive environment for mobile games is composed of wired and wireless backhaul networks. Wired backhaul has the characteristics of low latency and stability, but for mobile game players, wired backhaul will hinder the player's performance, and wired backhaul will sometimes cause serious heating of the mobile phone, and the network layout is more complex and requires higher wire materials. Misop...

AI Technical Summary

Problems solved by technology

Traditional mobile competitive games generally use WiFi to provide a wireless network, but due to the limitation of the venue, there are often many other WiFi wireless signals, mobile phone sharing hotspots, signal jammers, etc., resulting in unstable WiFi signals and severe delay jitter, making it easy Causes the phenomenon of game lag and regression, which seriously affects the game user experience

Secondly, 802.11 cannot prevent attackers from passively monitoring network traffic, and any wireless network analyzer can intercept unencrypted network traffic without any hindrance. Due to the limited transmission bandwidth of WIFI wireless LAN, during the game, the game server If there is no effective protection for the client and the mobile phone client, it is vulnerable to hacker attacks, resulting in interruption of the game

Again, WiFi has no reliable means to monitor the wireless signal, and it is impossible to find the problem when encountering a problem

The WiFi signal channel is limited. For some large-scale multi-player game competitions, WiFi cannot meet the needs of multiple users.

[0004] The 4G wireless signal is the signal of the operator, and the operator's network is relatively fixed. It is impossible to move the equipment there according to where the game event is held, and it cannot meet the needs of small businesses and enterprises.

The 4G signal standard in the existing network is single and cannot be used flexibly. There are many network nodes, the network delay is large, and signal propagation is affected by power control.

The number of 4G signal users on the existing network is limited. When the number of users increases, the network will be blocked and communication will be impossible.

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