CN117221100A - Network hardware equipment safety protection system based on data analysis - Google Patents
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Abstract
The invention discloses a network hardware equipment safety protection system based on data analysis, which comprises a hardware information acquisition module, an environment information acquisition module, other information acquisition modules, a machine room information acquisition module, a data processing module and an information sending module; the hardware information acquisition module is used for acquiring information of network hardware equipment, the environment information acquisition module is used for acquiring environment information of the network hardware equipment, the other information acquisition modules are used for acquiring information of other equipment, and the machine room information acquisition module is used for acquiring information of a machine room of the network hardware equipment; the data processing module processes the network hardware equipment information, the environment information where the network hardware equipment is located, other equipment information and the machine room information where the network hardware equipment is located to obtain first management and control information, second management and control information, third management and control information and fourth management and control information. The invention ensures the safety of the network hardware equipment and ensures that the network hardware equipment can provide stable network service.
Description
Technical Field
The invention relates to the field of network hardware security, in particular to a network hardware equipment security protection system based on data analysis.
Background
Network hardware generally refers to the extreme machine devices, transmission media, and network connection devices. The network connection devices have a plurality of different functions and are complex;
the network hardware equipment has various kinds, and the stable operation of the network hardware equipment can ensure the network stability, so that the network hardware equipment can be applied to a network hardware equipment safety protection system to ensure the safety of the network hardware equipment in the use process.
The existing network hardware equipment safety protection system is single in protection type, cannot comprehensively protect the network hardware equipment, is poor in protection effect, and brings certain influence to the use of the safety protection system, so that the network hardware equipment safety protection system based on data analysis is provided.
Disclosure of Invention
The technical problems to be solved by the invention are as follows: how to solve the problem that the prior network hardware equipment safety protection system has single protection type and can not comprehensively protect the network hardware equipment, so that the protection effect is poor, and certain influence is brought to the use of the safety protection system, and the network hardware equipment safety protection system based on data analysis is provided.
The invention solves the technical problems through the following technical scheme that the invention comprises a hardware information acquisition module, an environment information acquisition module, other information acquisition modules, a machine room information acquisition module, a data processing module and an information sending module;
the hardware information acquisition module is used for acquiring information of network hardware equipment, the environment information acquisition module is used for acquiring environment information of the network hardware equipment, the other information acquisition modules are used for acquiring information of other equipment, and the machine room information acquisition module is used for acquiring information of a machine room of the network hardware equipment;
the data processing module processes the network hardware equipment information, the environment information of the network hardware equipment, other equipment information and the machine room information of the network hardware equipment to obtain first management and control information, second management and control information, third management and control information and fourth management and control information;
the information sending module is used for sending the information to a preset receiving terminal after the first management and control information, the second management and control information, the third management and control information and the fourth management and control information are generated.
The first management and control information comprises hardware state warning information, hardware displacement warning information and hardware maintenance warning information;
the specific generation process of the hardware state warning information, the hardware displacement warning information and the hardware maintenance warning information is as follows: extracting collected network hardware equipment information, wherein the network hardware equipment information comprises position information of network hardware equipment, self state information of the network hardware equipment and maintenance information of the network hardware equipment;
extracting position information of network hardware equipment, wherein the position information of the network hardware equipment comprises A-plane position information, B-plane position information, C-plane position information and D-plane position information;
the surface A position corresponds to the surface C position, the surface B position corresponds to the surface D position, the surface A position information comprises surface A1 position information and surface B2 position information, the surface B position information comprises surface B1 position information and surface B2 position information, the surface C position information comprises surface C1 position information and surface C2 position information, and the surface D position information comprises surface D1 position information and surface D2 position information;
calculating the position information of the A surface and the position information of the C surface to obtain an AC surface evaluation difference, and generating hardware displacement warning information when the AC surface evaluation difference exceeds a preset value;
calculating the B-plane position information and the D-plane position information to obtain BD-plane evaluation difference, and generating hardware displacement warning information when the BD-plane evaluation difference exceeds a preset value;
extracting hardware state warning information, wherein the hardware state warning information is hardware temperature information, processing the hardware temperature information to obtain hardware evaluation parameters, and generating the hardware state warning information when the hardware evaluation parameters are abnormal;
extracting hardware maintenance warning information, processing the hardware maintenance information to obtain hardware maintenance parameters, and generating the hardware maintenance warning information when the hardware maintenance parameters are abnormal.
Further, the acquiring process of the location information of the network hardware device is as follows: two ranging devices are installed in front of, behind, left of and right of the network hardware device, wherein distance information acquired by the two ranging devices in front of the network hardware device is A1 position information and A2 position information, distance information acquired by the two ranging devices in left of the network hardware device is B1 position information and B2 position information, distance information acquired by the two ranging devices in front of and behind the network hardware device is C1 position information and C2 position information, and distance information acquired by the two ranging devices in right of the network hardware device is D1 position information and D2 position information.
Further, the AC surface evaluation difference is obtained as follows: extracting A-plane position information and C-plane position information, extracting A1 position information and A2 position information from the A-plane position information, extracting C1 position information and C2 position information from the C-plane position information, calculating the difference between the A1 position information and the C1 position information, namely obtaining an AC plane evaluation difference, calculating the difference between the A2 position information and the C2 position information, and obtaining an AC plane evaluation difference;
the BC surface evaluation difference is obtained as follows: b surface position information and D surface position information are extracted, B1 position information and B2 position information are extracted from the B surface position information, D1 position information and D2 position information are extracted from the D surface position information, and the difference between the B1 position information and the D1 position information is calculated, namely, the AC surface evaluation difference is obtained, the difference between the B2 position information and the D2 position information is calculated, and the BD surface evaluation difference is obtained.
Further, the hardware evaluation parameter acquiring process is as follows: extracting the acquired hardware temperature information, marking the acquired hardware temperature information as P, acquiring the hardware temperature information P once every preset time length, continuously acquiring x times, and then extracting times larger than a preset value in the x times of hardware temperature information P;
when the number of times greater than a preset value in the x times hardware temperature information P exceeds 1/4, the hardware evaluation parameter is abnormal;
the specific processing process of the hardware maintenance warning information is as follows: extracting hardware maintenance information, processing the hardware maintenance information to obtain hardware maintenance average interval information, namely hardware maintenance parameters, and indicating that the hardware maintenance parameters are abnormal when the hardware maintenance parameters are larger than a preset value.
Further, the specific processing procedure of the second management and control information is as follows: and extracting the acquired environment information of the network hardware equipment, wherein the environment information of the network hardware equipment comprises environment temperature information, environment humidity information, environment dust concentration information and environment vibration force information, and generating second management and control information when any one of the environment temperature information, the environment humidity information, the environment dust concentration information and the environment vibration force information is larger than a preset value.
Further, the specific processing procedure of the third management and control information is as follows: and extracting other acquired equipment information, wherein the other equipment information comprises the equipment number with the running sound larger than a preset value and the equipment number with the running temperature exceeding the preset value, and generating third management and control information when any one of the equipment number with the running sound larger than the preset value and the equipment number with the running temperature exceeding the preset value exceeds the preset number.
Further, the specific processing procedure of the fourth management and control information is as follows: extracting the acquired computer room information of the network hardware equipment, wherein the computer room information of the network hardware equipment comprises computer room area information, interval information of each network hardware equipment in the computer room, quantity information of safety prompt identifiers in the computer room and position information of each identifier;
when the distance information of each network hardware device in the machine room is smaller than a preset distance, generating first warning information;
processing the area information of the machine room and the quantity information of the safety prompt marks in the machine room to obtain coverage evaluation parameter information, and generating fourth management and control information when the coverage parameter information is abnormal;
and processing the position information of each mark to acquire mark evaluation parameters, and generating fourth management and control information when the mark evaluation parameters are abnormal.
Further, the acquiring process of the coverage parameter information is as follows: extracting the acquired machine room area information and the number information of safety prompt marks in the machine room, marking the machine room area information as K1, marking the number information of the safety prompt marks in the machine room as K2, and obtaining coverage parameter information Kk according to a formula K1/K2, wherein alpha is more than or equal to 0.95 and less than or equal to 0.99, alpha is in direct proportion to the machine room area information K1, and when Kk is less than a preset value, the coverage parameter information is abnormal;
the identification evaluation parameter acquisition process is as follows: the acquired position information of each identifier is extracted, the distance information of the security identifier with the nearest position information of each identifier is measured, the distance information is marked as Yi, i is the number information of the security identifiers, and when the number of the security identifiers larger than the preset distance in Yi exceeds the preset number, the identifier evaluation parameters are abnormal.
Compared with the prior art, the invention has the following advantages: according to the network hardware equipment safety protection system based on data analysis, the first management and control information, the second management and control information, the third management and control information and the fourth management and control information are obtained by processing the network hardware equipment information, the environment information where the network hardware equipment is located, the other equipment information and the computer room information where the network hardware equipment is located, comprehensive safety monitoring and protection of the network hardware equipment are achieved, the network hardware equipment is intelligently monitored, problems existing in the network hardware equipment are found timely, the first management and control information is timely generated to warn, the safety of the network hardware equipment is guaranteed, the environment where the network hardware equipment is located is monitored, warning is timely carried out when the abnormality exists in the environment where the network hardware equipment is found, accordingly the safety of the network hardware equipment is guaranteed, warning can be timely carried out when the abnormality of the other equipment in the network hardware equipment is found, the network hardware equipment damage caused by the abnormality is avoided, the safety and the safety prompt in place in the computer room where the network hardware equipment is located can be timely found through the fourth management and control information, accordingly the safety prompt in the computer room where the network hardware equipment is located is better understood, the network hardware equipment is better protected, and the system is more popularized and better in the network hardware is worth popularizing.
Drawings
FIG. 1 is a system block diagram of the present invention;
fig. 2 is a schematic view of the installation position of the ranging apparatus of the present invention.
Detailed Description
The following describes in detail the examples of the present invention, which are implemented on the premise of the technical solution of the present invention, and detailed embodiments and specific operation procedures are given, but the scope of protection of the present invention is not limited to the following examples.
As shown in fig. 1-2, the present embodiment provides a technical solution: the network hardware equipment safety protection system based on data analysis comprises a hardware information acquisition module, an environment information acquisition module, other information acquisition modules, a machine room information acquisition module, a data processing module and an information sending module;
the hardware information acquisition module is used for acquiring information of network hardware equipment, the environment information acquisition module is used for acquiring environment information of the network hardware equipment, the other information acquisition modules are used for acquiring information of other equipment, and the machine room information acquisition module is used for acquiring information of a machine room of the network hardware equipment;
the data processing module processes the network hardware equipment information, the environment information of the network hardware equipment, other equipment information and the machine room information of the network hardware equipment to obtain first management and control information, second management and control information, third management and control information and fourth management and control information;
the information sending module is used for sending the information to a preset receiving terminal after the first management and control information, the second management and control information, the third management and control information and the fourth management and control information are generated.
According to the invention, the first management and control information, the second management and control information, the third management and control information and the fourth management and control information are obtained by processing the network hardware equipment information, the environment information where the network hardware equipment is located, the other equipment information and the information of the computer room where the network hardware equipment is located, comprehensive safety monitoring and protection of the network hardware equipment are realized, the problems existing in the network hardware equipment are timely found out through intelligent safety monitoring of the network hardware equipment, the first management and control information is timely generated to warn, the safety of the network hardware equipment is ensured, the environment where the network hardware equipment is located is timely monitored, when the abnormality of the environment of the network hardware equipment is found out, the safety of the network hardware equipment is ensured, the generated third management and control information is timely warned when the abnormality of the other equipment in the computer room where the network hardware equipment is located is found out, the network hardware equipment damage caused by the abnormality is avoided, the safety consciousness and whether the safety prompt in the computer room where the network hardware equipment is located are timely known through the generated fourth management and control information, and the safety of personnel entering the computer room is better protected.
The first management and control information comprises hardware state warning information, hardware displacement warning information and hardware maintenance warning information;
the specific generation process of the hardware state warning information, the hardware displacement warning information and the hardware maintenance warning information is as follows: extracting collected network hardware equipment information, wherein the network hardware equipment information comprises position information of network hardware equipment, self state information of the network hardware equipment and maintenance information of the network hardware equipment;
extracting position information of network hardware equipment, wherein the position information of the network hardware equipment comprises A-plane position information, B-plane position information, C-plane position information and D-plane position information;
the surface A position corresponds to the surface C position, the surface B position corresponds to the surface D position, the surface A position information comprises surface A1 position information and surface B2 position information, the surface B position information comprises surface B1 position information and surface B2 position information, the surface C position information comprises surface C1 position information and surface C2 position information, and the surface D position information comprises surface D1 position information and surface D2 position information;
calculating the position information of the A surface and the position information of the C surface to obtain an AC surface evaluation difference, and generating hardware displacement warning information when the AC surface evaluation difference exceeds a preset value;
calculating the B-plane position information and the D-plane position information to obtain BD-plane evaluation difference, and generating hardware displacement warning information when the BD-plane evaluation difference exceeds a preset value;
the hardware displacement warning information indicates that the network hardware equipment is abnormally displaced and needs to be adjusted, and the abnormal displacement of the network hardware equipment can cause the problems of cable loosening and the like, so that the abnormal removal is needed in time;
extracting hardware state warning information, wherein the hardware state warning information is hardware temperature information, processing the hardware temperature information to obtain hardware evaluation parameters, and generating the hardware state warning information when the hardware evaluation parameters are abnormal;
the hardware state warning information indicates that the network hardware equipment has frequent temperature abnormality, and needs to be overhauled, maintained and checked to determine whether the network hardware equipment has conditions such as circuit breaking, and the like, so that the safety of the network hardware equipment is better ensured;
extracting hardware maintenance warning information, processing the hardware maintenance information to obtain hardware maintenance parameters, and generating the hardware maintenance warning information when the hardware maintenance parameters are abnormal;
the hardware maintenance warning information indicates that the maintenance of the network hardware equipment is not in place, the maintenance interval needs to be shortened, and the safety of the network hardware equipment is ensured.
The process of obtaining the position information of the network hardware equipment is as follows: two ranging devices are installed on the front, the back, the left and the right of the network hardware device, the ranging devices can be laser ranging devices or other ranging devices, wherein the distance information acquired by the two ranging devices in front of the network hardware device is A1 position information and A2 position information, the distance information acquired by the two ranging devices on the left side of the network hardware device is B1 position information and B2 position information, the distance information acquired by the two ranging devices in front and back of the network hardware device is C1 position information and C2 position information, and the distance information acquired by the two ranging devices on the right side of the network hardware device is D1 position information and D2 position information;
through the process, more accurate position information of the network hardware equipment can be obtained, so that the accuracy of hardware displacement warning information generation is ensured.
The AC face assessment difference is obtained as follows: extracting A-plane position information and C-plane position information, extracting A1 position information and A2 position information from the A-plane position information, extracting C1 position information and C2 position information from the C-plane position information, calculating the difference between the A1 position information and the C1 position information, namely obtaining an AC plane evaluation difference, calculating the difference between the A2 position information and the C2 position information, and obtaining an AC plane evaluation difference;
the BC surface evaluation difference acquisition process is as follows: extracting B surface position information and D surface position information, extracting B1 position information and B2 position information from the B surface position information, extracting D1 position information and D2 position information from the D surface position information, calculating the difference between the B1 position information and the D1 position information, namely obtaining an AC surface evaluation difference, calculating the difference between the B2 position information and the D2 position information, and obtaining a BD surface evaluation difference;
through the process, more accurate AC surface evaluation difference and BD surface evaluation difference can be obtained, and the accuracy of hardware displacement warning information generation is further improved.
The hardware evaluation parameters are obtained as follows: extracting the acquired hardware temperature information, marking the acquired hardware temperature information as P, acquiring the hardware temperature information P once every preset time length, continuously acquiring x times, and then extracting times larger than a preset value in the x times of hardware temperature information P;
when the number of times greater than a preset value in the x times hardware temperature information P exceeds 1/4, the hardware evaluation parameter is abnormal;
the specific processing process of the hardware maintenance warning information is as follows: extracting hardware maintenance information, processing the hardware maintenance information to obtain hardware maintenance average interval information, namely hardware maintenance parameters, and indicating that the hardware maintenance parameters are abnormal when the hardware maintenance parameters are larger than a preset value.
The specific processing procedure of the second management and control information is as follows: extracting the acquired environment information of the network hardware equipment, wherein the environment information of the network hardware equipment comprises environment temperature information, environment humidity information, environment dust concentration information and environment vibration force information, and generating second management and control information when any one of the environment temperature information, the environment humidity information, the environment dust concentration information and the environment vibration force information is larger than a preset value;
the specific content of the second management and control information is that the environment where the network hardware equipment is located is abnormal, and the environment needs to be regulated and controlled to ensure the stable operation of the network hardware equipment.
The specific processing procedure of the third management and control information is as follows: extracting other acquired device information, wherein the other device information comprises the number of devices with running sound larger than a preset value and the number of devices with running temperature exceeding the preset value, when any one of the number of devices with running sound larger than the preset value and the number of devices with running temperature exceeding the preset value exceeds the preset number, third management and control information is generated, when the number of devices with running sound larger than the preset value is excessive, abnormal vibration can be caused due to excessive sound, the network hardware device can be displaced due to the abnormal vibration, and when the number of devices with running temperature exceeding the preset value is excessive, the environment temperature where the network hardware device is located can be increased, so that the running of the network hardware device is influenced;
the specific content of the third management and control information is that the surrounding of the network hardware equipment influences the equipment which stably runs, and the adjustment is needed to ensure the safety of the network hardware equipment.
The specific processing procedure of the fourth management and control information is as follows: extracting the acquired computer room information of the network hardware equipment, wherein the computer room information of the network hardware equipment comprises computer room area information, interval information of each network hardware equipment in the computer room, quantity information of safety prompt identifiers in the computer room and position information of each identifier;
the coverage evaluation parameter information is obtained by processing the machine room area information and the quantity information of the safety prompt marks in the machine room, and when the coverage parameter information is abnormal, fourth control information is generated, and the specific content of the fourth control information is as follows: the coverage area of the safety prompt marks in the machine room is insufficient, and the number of the prompt marks needs to be increased;
processing the position information of each mark to acquire mark evaluation parameters, and generating fourth control information when the mark evaluation parameters are abnormal, wherein the specific content of the fourth control information is unreasonable in setting the position of the safety representation in the machine room and needs to be adjusted.
The acquisition process of the coverage parameter information is as follows: extracting the acquired machine room area information and the number information of safety prompt marks in the machine room, marking the machine room area information as K1, marking the number information of the safety prompt marks in the machine room as K2, and obtaining coverage parameter information Kk according to a formula K1/K2, wherein alpha is more than or equal to 0.95 and less than or equal to 0.99, alpha is in direct proportion to the machine room area information K1, and when Kk is less than a preset value, the coverage parameter information is abnormal;
the process of obtaining the identification evaluation parameters is as follows: the acquired position information of each identifier is extracted, the distance information of the security identifier with the nearest position information of each identifier is measured, the distance information is marked as Yi, i is the number information of the security identifiers, and when the number of the security identifiers larger than the preset distance in Yi exceeds the preset number, the identifier evaluation parameters are abnormal.
Furthermore, the terms "first," "second," and the like, are used for descriptive purposes only and are not to be construed as indicating or implying a relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defining "a first" or "a second" may explicitly or implicitly include at least one such feature. In the description of the present invention, the meaning of "plurality" means at least two, for example, two, three, etc., unless specifically defined otherwise.
In the description of the present specification, a description referring to terms "one embodiment," "some embodiments," "examples," "specific examples," or "some examples," etc., means that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the present invention. In this specification, schematic representations of the above terms are not necessarily directed to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples. Furthermore, the different embodiments or examples described in this specification and the features of the different embodiments or examples may be combined and combined by those skilled in the art without contradiction.
While embodiments of the present invention have been shown and described above, it will be understood that the above embodiments are illustrative and not to be construed as limiting the invention, and that variations, modifications, alternatives and variations may be made to the above embodiments by one of ordinary skill in the art within the scope of the invention.
Claims (9)
1. The network hardware equipment safety protection system based on data analysis is characterized by comprising a hardware information acquisition module, an environment information acquisition module, other information acquisition modules, a machine room information acquisition module, a data processing module and an information sending module;
the hardware information acquisition module is used for acquiring information of network hardware equipment, the environment information acquisition module is used for acquiring environment information of the network hardware equipment, the other information acquisition modules are used for acquiring information of other equipment, and the machine room information acquisition module is used for acquiring information of a machine room of the network hardware equipment;
the data processing module processes the network hardware equipment information, the environment information of the network hardware equipment, other equipment information and the machine room information of the network hardware equipment to obtain first management and control information, second management and control information, third management and control information and fourth management and control information;
the information sending module is used for sending the information to a preset receiving terminal after the first management and control information, the second management and control information, the third management and control information and the fourth management and control information are generated.
2. The network hardware equipment security protection system based on data analysis of claim 1, wherein: the first management and control information comprises hardware state warning information, hardware displacement warning information and hardware maintenance warning information;
the specific generation process of the hardware state warning information, the hardware displacement warning information and the hardware maintenance warning information is as follows: extracting collected network hardware equipment information, wherein the network hardware equipment information comprises position information of network hardware equipment, self state information of the network hardware equipment and maintenance information of the network hardware equipment;
extracting position information of network hardware equipment, wherein the position information of the network hardware equipment comprises A-plane position information, B-plane position information, C-plane position information and D-plane position information;
the surface A position corresponds to the surface C position, the surface B position corresponds to the surface D position, the surface A position information comprises surface A1 position information and surface B2 position information, the surface B position information comprises surface B1 position information and surface B2 position information, the surface C position information comprises surface C1 position information and surface C2 position information, and the surface D position information comprises surface D1 position information and surface D2 position information;
calculating the position information of the A surface and the position information of the C surface to obtain an AC surface evaluation difference, and generating hardware displacement warning information when the AC surface evaluation difference exceeds a preset value;
calculating the B-plane position information and the D-plane position information to obtain BD-plane evaluation difference, and generating hardware displacement warning information when the BD-plane evaluation difference exceeds a preset value;
extracting hardware state warning information, wherein the hardware state warning information is hardware temperature information, processing the hardware temperature information to obtain hardware evaluation parameters, and generating the hardware state warning information when the hardware evaluation parameters are abnormal;
extracting hardware maintenance warning information, processing the hardware maintenance information to obtain hardware maintenance parameters, and generating the hardware maintenance warning information when the hardware maintenance parameters are abnormal.
3. The network hardware equipment security protection system based on data analysis of claim 2, wherein: the process of obtaining the position information of the network hardware equipment is as follows: two ranging devices are installed in front of, behind, left of and right of the network hardware device, wherein distance information acquired by the two ranging devices in front of the network hardware device is A1 position information and A2 position information, distance information acquired by the two ranging devices in left of the network hardware device is B1 position information and B2 position information, distance information acquired by the two ranging devices in front of and behind the network hardware device is C1 position information and C2 position information, and distance information acquired by the two ranging devices in right of the network hardware device is D1 position information and D2 position information.
4. The network hardware equipment security protection system based on data analysis of claim 2, wherein: the AC face assessment difference is obtained as follows: extracting A-plane position information and C-plane position information, extracting A1 position information and A2 position information from the A-plane position information, extracting C1 position information and C2 position information from the C-plane position information, calculating the difference between the A1 position information and the C1 position information, namely obtaining an AC plane evaluation difference, calculating the difference between the A2 position information and the C2 position information, and obtaining an AC plane evaluation difference;
the BC surface evaluation difference is obtained as follows: b surface position information and D surface position information are extracted, B1 position information and B2 position information are extracted from the B surface position information, D1 position information and D2 position information are extracted from the D surface position information, and the difference between the B1 position information and the D1 position information is calculated, namely, the AC surface evaluation difference is obtained, the difference between the B2 position information and the D2 position information is calculated, and the BD surface evaluation difference is obtained.
5. The network hardware equipment security protection system based on data analysis of claim 1, wherein: the hardware evaluation parameter acquisition process is as follows: extracting the acquired hardware temperature information, marking the acquired hardware temperature information as P, acquiring the hardware temperature information P once every preset time length, continuously acquiring x times, and then extracting times larger than a preset value in the x times of hardware temperature information P;
when the number of times greater than a preset value in the x times hardware temperature information P exceeds 1/4, the hardware evaluation parameter is abnormal;
the specific processing process of the hardware maintenance warning information is as follows: extracting hardware maintenance information, processing the hardware maintenance information to obtain hardware maintenance average interval information, namely hardware maintenance parameters, and indicating that the hardware maintenance parameters are abnormal when the hardware maintenance parameters are larger than a preset value.
6. The network hardware equipment security protection system based on data analysis of claim 1, wherein: the specific processing procedure of the second management and control information is as follows: and extracting the acquired environment information of the network hardware equipment, wherein the environment information of the network hardware equipment comprises environment temperature information, environment humidity information, environment dust concentration information and environment vibration force information, and generating second management and control information when any one of the environment temperature information, the environment humidity information, the environment dust concentration information and the environment vibration force information is larger than a preset value.
7. The network hardware equipment security protection system based on data analysis of claim 1, wherein: the specific processing procedure of the third management and control information is as follows: and extracting other acquired equipment information, wherein the other equipment information comprises the equipment number with the running sound larger than a preset value and the equipment number with the running temperature exceeding the preset value, and generating third management and control information when any one of the equipment number with the running sound larger than the preset value and the equipment number with the running temperature exceeding the preset value exceeds the preset number.
8. The network hardware equipment security protection system based on data analysis of claim 1, wherein: the specific processing procedure of the fourth management and control information is as follows: extracting the acquired computer room information of the network hardware equipment, wherein the computer room information of the network hardware equipment comprises computer room area information, interval information of each network hardware equipment in the computer room, quantity information of safety prompt identifiers in the computer room and position information of each identifier;
when the distance information of each network hardware device in the machine room is smaller than a preset distance, generating first warning information;
processing the area information of the machine room and the quantity information of the safety prompt marks in the machine room to obtain coverage evaluation parameter information, and generating fourth management and control information when the coverage parameter information is abnormal;
and processing the position information of each mark to acquire mark evaluation parameters, and generating fourth management and control information when the mark evaluation parameters are abnormal.
9. The network hardware device security protection system based on data analysis of claim 8, wherein: the acquisition process of the coverage parameter information is as follows: extracting the acquired machine room area information and the number information of safety prompt marks in the machine room, marking the machine room area information as K1, marking the number information of the safety prompt marks in the machine room as K2, and obtaining coverage parameter information Kk according to a formula K1/K2, wherein alpha is more than or equal to 0.95 and less than or equal to 0.99, alpha is in direct proportion to the machine room area information K1, and when Kk is less than a preset value, the coverage parameter information is abnormal;
the identification evaluation parameter acquisition process is as follows: the acquired position information of each identifier is extracted, the distance information of the security identifier with the nearest position information of each identifier is measured, the distance information is marked as Yi, i is the number information of the security identifiers, and when the number of the security identifiers larger than the preset distance in Yi exceeds the preset number, the identifier evaluation parameters are abnormal.
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| CN117745271A (en) * | 2024-01-04 | 2024-03-22 | 上海治熵信息科技有限公司 | Intelligent management system of data center integrated management platform machine room |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN117745271A (en) * | 2024-01-04 | 2024-03-22 | 上海治熵信息科技有限公司 | Intelligent management system of data center integrated management platform machine room |
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