Multiparameter input weighted system radiating method

Abstract

The invention provides a multiparameter input weighted system radiating method which comprises the following steps of: on the basis of an air-cooled radiating mode, collecting the actual temperature value of a key part through integrally considering the influence of a plurality of heat sources of a server on system temperature, and dynamically and intelligently regulating the configuration of system radiating resources by utilizing a comprehensive weighting algorithm to realize the heat radiation of system optimization, wherein the system comprises the following main components: a distributed temperature sensor, a temperature data uploading channel, a weighting processing unit and a radiating resource, wherein the distributed temperature sensor is the basis of a system structure and is responsible for collecting system temperature information; the temperature data uploading channel is mainly responsible for transferring the system temperature information to the weighting processing unit; the weighting processing unit is responsible for converting the system temperature information into a regulating index for the radiating resource; and the radiating resource has the action of improving the corresponding radiating capability according to the radiating requirement computed by the processing unit.

Description

technical field [0001] The invention relates to the field of computer communication, in particular to a system heat dissipation method for multi-parameter input weighting. Background technique [0002] With the development of computer technology and the popularization and expansion of computer applications, especially the processing capacity and operating speed of computer-related components continue to increase, the power consumption and heat dissipation of key components have greatly increased, and core components such as processors, memory, power supplies, and hard disks are all Good heat dissipation is required to ensure the necessary working conditions and design life. [0003] The traditional heat dissipation method has a fixed heat dissipation capacity, and the system heat dissipation equipment is set to a fixed heat dissipation parameter, regardless of the actual heat dissipation demand of the system. Therefore, this heat dissipation method is neither an on-demand su...

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Problems solved by technology

[0003] The traditional heat dissipation method is a fixed heat dissipation capacity, and the system heat dissipation equipment is set to a fixed heat dissipation parameter, regardless of the actual heat dissipation demand of the system. Therefore, this heat dissipation method is neither an on-demand supply, nor can it guarantee user experience such as energy saving and noise reduction. , at the same time, it is not an optimal design for the life of the related equipment of the system

[0004] At present, there is an improved form of design. The system adjusts the heat dissipation capacity of the system through the actual temperature of the processor. Although there is a partial improvement over the traditional method, since the processor is only one of the key components, such adjustment input parameters are not necessary. Complete, so it may appear that the heat dissipation requirements of the processor are met, but the heat dissipation of other parts is insufficient or excessive

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