Multi-server system load equilibrium mechanism

Abstract

The invention discloses a multi-server system load equilibrium mechanism. The multi-server system load equilibrium mechanism includes the following steps: enabling a system to set more than one dynamic server which is connected with each server host computer through a network connecting; when the system detects overload or errors of the server host machine, starting the dynamic server to send out requirements to the server host machine appointed by the system, sending commands of changing server internet protocol (IP) to more than one user equipment connected with the server host machine, and substituting partial or whole on-line working of the user equipment. The multi-server system load equilibrium mechanism can effectively solve the problem of overload of system flow with a relatively more active method.

Description

technical field [0001] The present invention relates to a network server management technology, and aims to provide a server host that can actively send requests to the system, issue a server IP replacement command to the connected user devices, and take over the connection of some or all user devices. Load-balancing mechanism for multi-server systems that work on line. Background technique [0002] By the way, with the development of telecommunication services, a large number of diverse network devices are constantly being used to meet the needs of users; The network equipment of a plurality of user devices manages and processes requests from the user devices. [0003] Secondly, in order to average the data transmission traffic load of each server, system operators usually designate each user device to connect to a fixed server. However, due to the increasing number of network users and the increasingly complex functions performed by users, network equipment Various types...

AI Technical Summary

Problems solved by technology

[0003] Secondly, in order to average the data transmission traffic load of each server, system operators usually designate each user device to connect to a fixed server. However, due to the increasing number of network users and the increasingly complex functions performed by users, network equipment Various types of faults may be encountered at any time, so in order to prevent the user device from being unable to obtain network services due to the failure of the designated server, the system operator will usually set multiple sets of server IPs on the user device

[0004] When the user device cannot obtain network services from the IP of the primary server, it will automatically switch to the IP of other secondary servers to obtain network services; although this approach can solve the problem that some server failures cause the user device to be unable to go online, However, the user devices of each server may not go online at the same time. When all user devices of the same server go online at the same time, the data transmission volume of the communication network will increase significantly, which will cause the system to be overloaded and affect the user's ability to access the Internet. quality

[0005] Furthermore, at the same time, other servers of the system operator may be in a relatively idle state due to the fact that there are not many online user devices. In addition, the overall system lacks a mechanism for balancing loads, so idle servers cannot actively take over The user device that is in charge of the server with a large traffic can only add new servers continuously as the number of users increases, which not only consumes a lot of equipment and space costs, but also relatively wastes unnecessary equipment and space resources virtually.

Images