Multi-object competition achieving method and system

Abstract

The invention relates to a multi-object competition achieving method and system. Each competition unit in the system in the method executes the following steps: sending a competition command, if a current competition object is in a competition state, extracting and judging whether the competition unit has competition priority, if the answer is yes, returning to a conflict command representing competition conflicts of the current object, if the answer is not, switching to the competition command sending step, if the current object is in a confirmation state, returning to the conflict command representing the competition conflicts after receiving the competition command, receiving the conflict command representing the competition conflicts of the current object, configurating a competition state of the next object, switching to the competition command sending step, and if the competition command is sent or continuously sent and the competition command and the conflict command are not received, configurating the current object to be in the confirmation state. The method and system can improve competition efficiency of objects.

Description

technical field [0001] The invention relates to communication technology, in particular to a method and system for realizing multi-object competition. Background technique [0002] In the communication power supply, according to the system capacity and application scenarios, it can generally be divided into multi-rack large system power supply, single-rack base station power supply, embedded and wall-mounted power supply, etc. Among them, the power supply of a multi-rack large system generally has a large capacity, above 1000A, and is composed of multiple AC power distribution panels, rectifier racks, and DC power distribution panels connected in parallel. Usually, at least three or more cabinets are required (standard cabinets are 600mm and 800mm in size) to realize a complete system. Therefore, the multi-rack large system power supply is mainly used in a centralized power supply environment such as a central computer room, and occupies a large space in the computer room. ...

AI Technical Summary

Problems solved by technology

[0005] Parameter setting refers to adding configuration options on the parameter interface. For example, the parameter option is set to "master" and "slave". This method is very unintelligent and requires human participation, and once there are too many monitors in parallel, the manual setting is inefficient and cumbersome, which may lead to repeated settings. If the settings are forgotten or parameter settings are repeated at the beginning, the system will not operate normally;

[0006] Although automatic competition can solve the problems caused by parameter settings, it has the problem of low competit

Images