CN104572292A - ITE (information technology equipment) management system and method and electronic device - Google Patents

Abstract

The invention provides an ITE (information technology equipment) management system and method and an electronic device. The electronic device is communicated with a plurality of pieces of ITE. The ITE management method includes periodically acquiring the current temperature values of the pieces of ITE; according to the correspondence relation, determining capacities corresponding to the current temperature values of the pieces of ITE; in case that at least one capacity of the pieces of ITE is greater than a preset value, determining at least one piece of ITE with the low capacity among the pieces of ITE with capacities less than the preset value; acquiring data operation of the pieces of ITE with the capacity greater than the preset value and controlling the pieces of ITE to stop the relative data operation; sending the data operation acquired to the ITE with the low capacity and controlling the ITE to run the data operation. By the use of the pieces of ITE management system and method, dynamic business configuration is achieved based on the actual capacity of the pieces of ITE.

Description

Information technology equipment management system, management method and electronic device

technical field

The present invention relates to an electronic device, in particular to an electronic device with information technology equipment (Information Technology Equipment) management function, a management system and a method.

Background technique

The data center (IDC, internet data center) is the background structure that supports the normal operation of the entire information technology system, which includes a variety of information technology equipment including servers, storage, and switches. The total load of the data center is not constant. During the life cycle of the data center after completion, the load of each information technology equipment is almost always in a state of constant change. If the load of a certain information technology equipment is too high, it may cause the information technology equipment to crash or hardware damage.

Contents of the invention

In view of this, it is necessary to provide an information technology equipment management system and management method, which can solve the above problems.

The present invention provides an information technology equipment management system, running in an electronic device, the electronic device can communicate with a plurality of information technology equipment installed in a data center, the electronic device includes a storage unit, the storage unit is used to store The proportional relationship between the load of each information technology equipment and its temperature, the system includes:

An acquisition module, used to periodically acquire the current temperature value of each information technology device;

An analysis module, used to determine the load corresponding to the current temperature value of each information technology device according to the corresponding relationship stored in the storage unit, and compare the load of each information technology device with a predetermined value; When the load of at least one information technology device is greater than the predetermined value, determine at least one information technology device with a smaller load from other information technology devices with a load smaller than the predetermined value; and

A control module, for when the load of at least one information technology device is greater than the predetermined value, acquire the data operation performed by the information technology device whose load is greater than the predetermined value and control the information technology device to stop the related data operation ; It is also used to send the acquired data calculation performed by the information technology equipment whose load is greater than the predetermined value to the at least one information technology equipment with a smaller load, and control the at least one information technology device with a smaller load Information technology equipment performs the data operations.

The present invention also provides an electronic device that can communicate with a plurality of information technology equipment installed in a data center, the electronic device includes a storage unit and a processor, and the storage unit is used to store the load of each information technology equipment The correspondence between the quantity and its temperature, the processor includes:

An acquisition module, used to periodically acquire the current temperature value of each information technology device;

An analysis module, used to determine the load corresponding to the current temperature value of each information technology device according to the corresponding relationship stored in the storage unit, and compare the load of each information technology device with a predetermined value; When the load of at least one information technology device is greater than the predetermined value, determine at least one information technology device with a smaller load from other information technology devices with a load smaller than the predetermined value; and

A control module, for when the load of at least one information technology device is greater than the predetermined value, acquire the data operation performed by the information technology device whose load is greater than the predetermined value and control the information technology device to stop the related data operation ; It is also used to send the acquired data calculation performed by the information technology equipment whose load is greater than the predetermined value to the at least one information technology equipment with a smaller load, and control the at least one information technology device with a smaller load Information technology equipment performs the data operations.

The present invention also provides a method for managing information technology equipment, which is run in an electronic device, and the electronic device can communicate with a plurality of information technology equipment installed in a data center, and the electronic device includes a storage unit for Storing the proportional relationship between the load of each information technology device and its temperature, the method includes:

Periodically obtain the current temperature value of each information technology equipment;

determining the load corresponding to the current temperature value of each information technology device according to the correspondence stored in the storage unit, and comparing the load of each information technology device with a predetermined value;

When the load of at least one information technology device is greater than the predetermined value, determine at least one information technology device with a smaller load from other information technology devices with a load smaller than the predetermined value; acquire the information technology device with the load greater than the predetermined value Data calculations performed by information technology equipment and controlling the information technology equipment to stop related data calculations; and

Sending the acquired data calculation performed by the information technology equipment with the load greater than the predetermined value to the at least one information technology equipment with a small load, and controlling the operation of the at least one information technology equipment with a small load The data operations.

Compared with the prior art, the present invention can dynamically allocate traffic based on the actual load of the information technology equipment, so as to avoid the phenomenon that a certain information technology equipment crashes or hardware is damaged due to excessive load.

Description of drawings

FIG. 1 is a hardware architecture diagram of an information technology equipment management system running on an electronic device according to the present invention.

Fig. 2 is a flow chart of the information technology equipment management method of the present invention.

Explanation of main component symbols

electronic device 1 information technology equipment 2 storage unit 10 processor 20 Information Technology Equipment Management System 100 get module 101 analysis module 102 control module 103

The following specific embodiments will further illustrate the present invention in conjunction with the above-mentioned drawings.

Detailed ways

FIG. 1 is a functional block diagram of an information technology equipment management system 100 of the present invention. The information technology equipment management system 100 runs in an electronic device 1, and the electronic device 1 may be a computer terminal, a server, etc., and it can communicate with several information technology equipment 2 installed in a data center through a wired or wireless manner. communication. Each information technology device 2 will generate a certain amount of energy consumption after it starts to operate, causing the temperature of the information technology device 2 to rise. The energy consumption (that is, the load) of the information technology equipment 2 is directly proportional to its temperature, and the greater the load, the higher the temperature. Wherein, each information technology equipment 2 includes a temperature sensor (not shown in the figure), which can be installed inside or at the air outlet of the information technology equipment 2, for detecting the temperature of the information technology equipment 2, and The detected temperature value is sent to the electronic device 1 .

The electronic device 1 includes a storage unit 10 and a processor 20 (such as a central processing unit (Central Processing Unit, CPU) or a microprocessor (Microcontroller)). The storage unit 10 is used to store the correspondence between the load of each information technology device 2 and its temperature. The storage unit 10 can be a hard disk, a floppy disk, a flash memory, and the like. The processor 20 is used to execute each functional module of the information technology equipment management system 100, and when a certain information technology equipment 2 has a large load, control other information technology equipment 2 with a small load to run on the information technology equipment 2 corresponding data operations. In this embodiment, the information technology equipment management system 100 is stored in the storage unit 10 and executed by the processor 20 . In other embodiments, each module of the information technology equipment management system 100 is a programmed module solidified in the processor 20 .

The information technology equipment management system 100 includes an acquisition module 101 , an analysis module 102 and a control module 103 .

The obtaining module 101 is used for periodically obtaining the current temperature value of each information technology device 2 , for example, obtaining the current temperature value of each information technology device 2 every 1 minute.

The analysis module 102 is used to determine the load corresponding to the current temperature value of each information technology device 2 according to the corresponding relationship stored in the storage unit 10, and compare the load of each information technology device 2 with a predetermined value right. If the load of a certain information technology device 2 is greater than the predetermined value, the analysis module 102 is further configured to determine at least one information technology device 2 with a smaller load from other information technology devices 2 whose load is smaller than the predetermined value.

The control module 103 is used to obtain the current data calculation of the information technology equipment 2 whose load is greater than the predetermined value when the load of at least one information technology equipment 2 is greater than the predetermined value, and control the information technology equipment 2 Relevant data operations are stopped, thereby reducing the load of the information technology device 2 . Specifically, the load of the information technology equipment 2 consists of two parts: the fixed energy consumption generated at the start of operation and the dynamic energy consumption generated during the data calculation later, and the control module 103 controls the information technology equipment 2 to stop various energy consumption Data operation, thereby reducing the load of the information technology equipment 2 .

The control module 103 is further configured to send the obtained data calculation currently performed by the information technology device 2 whose load is greater than the predetermined value to the at least one information technology device 2 with a smaller load, and control the At least one information technology device 2 with a relatively small load runs the data calculation. Therefore, the information technology equipment management system 100 can dynamically allocate traffic based on the actual load of the information technology equipment 2, so as to avoid the crash or hardware damage of a certain information technology equipment 2 due to excessive load.

In this embodiment, when the load of at least one information technology device 2 is greater than the predetermined value, the analysis module 102 determines a plurality of information technology devices with smaller loads from other information technology devices 2 whose load is smaller than the predetermined value. equipment 2; in this case, the control module 103 sends the data operations performed by the information technology equipment 2 with a load greater than a predetermined value to each information technology equipment 2 with a smaller load, and controls these loads to Small information technology devices 2 perform these data operations respectively.

FIG. 2 is a flow chart of the information technology equipment management method of the present invention, wherein the method is applied to the above-mentioned electronic device 1, and the method includes the following steps:

Step S21: the obtaining module 101 periodically obtains the current temperature value of each information technology device 2 .

Step S22: The analysis module 102 determines the load corresponding to the current temperature value of each information technology device 2 according to the corresponding relationship stored in the storage unit 10 .

Step S23: The analysis module 102 judges whether the load of at least one information technology device 2 is greater than a predetermined value, if so, it indicates that the information technology device 2 is likely to crash or cause hardware damage, and then proceed to step S24; otherwise, return to Step S21.

Step S24: The analysis module 102 determines at least one information technology device 2 with a smaller load from other information technology devices 2 whose load is smaller than the predetermined value.

Step S25: the control module 103 obtains the data calculation currently performed by the information technology equipment 2 whose load is greater than the predetermined value, and controls the information technology equipment 2 to stop the relevant data calculation, thereby reducing the load of the information technology equipment 2 quantity.

Step S26: The control module 103 sends the acquired data calculation to the at least one information technology device 2 with a small load, and controls the at least one information technology device 2 with a small load to run the data calculation.

Those of ordinary skill in the art should recognize that the above embodiments are only used to illustrate the present invention, rather than to limit the present invention. Alterations and variations are within the scope of the claimed invention.

Claims (7)

1. An information technology equipment management system running in an electronic device capable of communicating with a plurality of information technology equipment installed in a data center, the electronic device comprising a storage unit for storing each A proportional relationship between the load of information technology equipment and its temperature, characterized in that the system includes: An acquisition module, used to periodically acquire the current temperature value of each information technology device; An analysis module, used to determine the load corresponding to the current temperature value of each information technology device according to the corresponding relationship stored in the storage unit, and compare the load of each information technology device with a predetermined value; When the load of at least one information technology device is greater than the predetermined value, determine at least one information technology device with a smaller load from other information technology devices with a load smaller than the predetermined value; and A control module, for when the load of at least one information technology device is greater than the predetermined value, acquire the data operation performed by the information technology device whose load is greater than the predetermined value and control the information technology device to stop the related data operation ; It is also used to send the acquired data calculation performed by the information technology equipment whose load is greater than the predetermined value to the at least one information technology equipment with a smaller load, and control the at least one information technology device with a smaller load Information technology equipment performs the data operations. 2. The information technology equipment management system according to claim 1, wherein the control module controls the information technology equipment whose load is greater than a predetermined value to stop various data calculations related to dynamic energy consumption. 3. The information technology equipment management system as claimed in claim 1, characterized in that, when the load of at least one information technology equipment is greater than the predetermined value, the analysis module determines a plurality of loads from the information technology equipment Small information technology equipment; the control module sends the data calculations performed by the information technology equipment with a load greater than a predetermined value to each information technology equipment with a small load, and controls the information technology equipment with a small load Run these data operations. 4. An electronic device capable of communicating with a plurality of information technology equipment installed in a data center, the electronic device comprising a storage unit and a processor, the storage unit is used to store the load of each information technology equipment and its The corresponding relationship of temperature is characterized in that the processor includes: An acquisition module, used to periodically acquire the current temperature value of each information technology device; An analysis module, used to determine the load corresponding to the current temperature value of each information technology device according to the corresponding relationship stored in the storage unit, and compare the load of each information technology device with a predetermined value; When the load of at least one information technology device is greater than the predetermined value, determine at least one information technology device with a smaller load from other information technology devices with a load smaller than the predetermined value; and A control module, for when the load of at least one information technology device is greater than the predetermined value, acquire the data operation performed by the information technology device whose load is greater than the predetermined value and control the information technology device to stop the related data operation ; It is also used to send the acquired data calculation performed by the information technology equipment whose load is greater than the predetermined value to the at least one information technology equipment with a smaller load, and control the at least one information technology device with a smaller load Information technology equipment performs the data operations. 5. The electronic device according to claim 4, wherein the control module controls the information technology equipment whose load is greater than a predetermined value to stop various data calculations related to dynamic energy consumption. 6. The electronic device according to claim 4, characterized in that, when the load of at least one information technology device is greater than the predetermined value, the analysis module determines a plurality of information with a smaller load from the information technology devices Technical equipment; the control module sends the data calculations performed by information technology equipment with a load greater than a predetermined value to each information technology equipment with a smaller load, and controls the information technology equipment with a smaller load to run these Data operations. 7. A method for managing information technology equipment, which runs in an electronic device capable of communicating with a plurality of information technology devices installed in a data center, the electronic device comprising a storage unit for storing each A proportional relationship between the load capacity of information technology equipment and its temperature, characterized in that the method includes: Periodically obtain the current temperature value of each information technology equipment; determining the load corresponding to the current temperature value of each information technology device according to the correspondence stored in the storage unit, and comparing the load of each information technology device with a predetermined value; When the load of at least one information technology device is greater than the predetermined value, determine at least one information technology device with a smaller load from other information technology devices with a load smaller than the predetermined value; acquire the information technology device with the load greater than the predetermined value Data calculations performed by information technology equipment and controlling the information technology equipment to stop related data calculations; and Sending the acquired data calculation performed by the information technology equipment with the load greater than the predetermined value to the at least one information technology equipment with a small load, and controlling the operation of the at least one information technology equipment with a small load The data operations.