Machine room management system

Abstract

The invention discloses a machine room management system, and relates to the technical field of machine room management. Comprising a monitoring equipment deployment module which is used for calculating the number of monitoring equipment required by the machine room according to the video monitoring electronic map, a preset monitoring equipment distribution density threshold value and the area of the machine room, and marking point locations of the deployed monitoring equipment in the video monitoring electronic map; the video monitoring module is used for marking the position relation between the machine room monitoring equipment and the corresponding point location and the monitoring range in the video monitoring electronic map, and displaying and storing the video information of the machine room in a video window of the monitoring equipment in real time; the video storage module is used for classifying and storing the video information of the machine room according to the serial number of the machine room monitoring equipment; the access control and camera linkage module is used for representing monitoring point positions and coverage ranges of the access control and the camera through an electronic map; and the personnel identification module is used for identifying the image of the personnel entering the monitoring area.

Description

Technical Field

[0001] The present invention relates to the technical field of computer room management, and in particular to a computer room management system. Background Art

[0002] Computer room monitoring is a monitoring system that monitors the operation status of network equipment, servers and other supporting facilities in the network room in real time, monitors the environmental conditions of the network room, and ensures the safe operation of the entire computer room and network equipment. Through sensors or actuators, the video monitoring system provides host telecontrol functions, and ultimately realizes the safe operation management of the entire network room by interacting with these sensors and actuators.

[0003] The current computer room monitoring has the following problems:

[0004] 1. High management cost of computer room video surveillance system: Video surveillance system is divided into front-end equipment and back-end equipment. The equipment provided by each equipment manufacturer supports the network management of their own equipment. For example, front-end cameras, hard disk recorders, and network switches, each manufacturer provides its own independent management software. Operating the equipment management software of multiple manufacturers has a cumbersome operation process, which increases the workload of operation and maintenance engineers and even leads to management chaos.

[0005] 2. High operating costs of the computer room video surveillance system: Existing surveillance equipment from various manufacturers provides hardware and software consumption, and each front-end device must be installed with a hard disk recorder for storage. The hard disk recorder and the switches of the front-end equipment lead to an increase in network link devices, which in turn leads to an increase in operating costs.

[0006] 3. The installation and debugging of the computer room video surveillance system is complicated: The installation and debugging of the computer room monitoring equipment requires the joint efforts of maintenance engineers from several equipment vendors, and coordination and docking are required between the various equipment vendors. The installation and debugging process is complicated and time-consuming, resulting in a long construction period for the computer room monitoring management system.

[0007] Therefore, how to overcome the high cost of existing computer room monitoring systems has become a technical problem that needs to be solved urgently. Summary of the invention

[0008] In view of the above-mentioned shortcomings of the prior art, an object of the present invention is to provide a computer room management system for solving the problem in the prior art that the locations and quantities of monitoring equipment that need to be deployed cannot be accurately determined.

[0009] To achieve the above-mentioned purpose and other related purposes, the present invention provides a computer room management system, including: an electronic map acquisition module, used to acquire a video surveillance electronic map of the computer room; a monitoring equipment deployment module, used to calculate the number of monitoring equipment required for the computer room according to the video surveillance electronic map, a preset monitoring equipment distribution density threshold and the computer room area, and mark the points of the deployed monitoring equipment in the video surveillance electronic map; a video monitoring module, used to mark the positional relationship and monitoring range of the computer room monitoring equipment and its corresponding points in the video surveillance electronic map, and display and save the video information of the computer room in real time in the video window of the monitoring equipment; a video storage module, used to store the computer room information in the video window of the monitoring equipment. The video information is classified and stored according to the number of the monitoring equipment in the computer room; the access control and camera linkage module is used to represent the monitoring point location and coverage of the access control and camera through an electronic map, and preset the relationship between the access control and camera coverage areas. When the access control is opened, the system controls the camera to turn on and the video is displayed to record the image information of the people within the monitoring range; the access control and alarm linkage module is used to mark the monitoring equipment with the access control and camera set at the same point in the electronic map. When the access control is opened, the corresponding camera starts shooting and records the video stream to the corresponding monitoring equipment; the personnel identification module is used to identify the people entering the monitoring area The personnel image is collected by the personnel recognition module, the recognized personnel is marked and the position where the personnel passes is recorded; the alarm module is used to receive the personnel image information collected by the personnel recognition module, recognize the personnel image information, and display and save the recognized personnel image information at the current access control point on the video surveillance electronic map. When the personnel image information recognized by the personnel recognition module cannot be recognized, an alarm is sent to the server; the monitoring device management module is used to receive the alarm information sent by the alarm module, obtain the corresponding access control monitoring device information, and mark the position where the recorded personnel image passes in the video surveillance electronic map, monitor in real time, and save the monitoring data Report to the server for storage; wherein, the computer room monitoring equipment includes a control terminal, an intelligent host, a network switch and a computer room monitoring equipment, the control terminal is connected to the intelligent host, the intelligent host is connected to the network switch, and the computer room monitoring equipment is connected to the network switch; the computer room monitoring equipment includes a camera and an access control device, and the monitoring equipment deployment module also monitors the performance of the network equipment in real time through the network management unit, detects faults and anomalies in the network, records event logs, and provides fault diagnosis tools. According to preset thresholds and rules, when the network performance indicators exceed the normal range, an alarm is issued for the abnormal situation, and an alarm notification is automatically triggered.

[0010] In one embodiment of the present invention, the method also includes: the control terminal includes: a display unit, which is used to display the positional relationship and monitoring range of the computer room monitoring equipment and its corresponding points, display and save the video information of the computer room in real time in the video window of the monitoring equipment, and classify and store the video information of the computer room according to the number of the computer room monitoring equipment; an input unit, which is used to input the computer room monitoring system information; the intelligent host includes: a network module, which is used to connect the control terminal to the network switch for communication; a display module, which is used to display the monitoring equipment information, and display the video information of the computer room in real time in the video window of the monitoring equipment; a storage module, which is used to classify and store the video information of the computer room according to the number of the computer room monitoring equipment; the network switch is used to connect the intelligent host and the computer room monitoring equipment.

[0011] In one embodiment of the present invention, the personnel identification module includes a face recognition unit and an image recognition unit. The face recognition unit is used to identify the identity information of the person entering the monitoring area through a face recognition method, mark the identified person image and record the position where the person has passed; the image recognition unit is used to identify the person image entering the monitoring area and track and record the movement trajectory of the person image.

[0012] In one embodiment of the present invention, the monitoring equipment management module includes: a personnel identification submodule, which is used to mark the identified personnel and record the locations where they have passed; a management submodule, which is used to mark the locations where the recorded personnel images have passed in the video monitoring electronic map, monitor in real time, and report the monitoring data to the server for storage.

[0013] In one embodiment of the present invention, the electronic map acquisition module includes: a GSM module for receiving the coordinate information of the computer room monitoring equipment; an electronic map acquisition unit for acquiring the video surveillance electronic map of the computer room based on the acquired coordinate information of the computer room monitoring equipment and the distribution density threshold of the monitoring equipment, combined with the area of ​​the computer room.

[0014] In one embodiment of the present invention, the monitoring equipment deployment module includes: a monitoring equipment deployment unit, which is used to calculate the number of monitoring equipment required for the computer room based on the video monitoring electronic map, a preset monitoring equipment distribution density threshold and the computer room area, determine the distribution of the computer room monitoring equipment, and mark the locations of the deployed monitoring equipment in the video monitoring electronic map; an equipment management unit, which is used to receive equipment information of the computer room monitoring equipment and enter the computer room monitoring equipment information into a database for storage.

[0015] In one embodiment of the present invention, the video storage module includes: a monitoring equipment numbering unit, which is used to divide the monitoring area according to the monitoring range of the video monitoring equipment, mark the monitoring equipment number for each monitoring area, associate the monitoring equipment number with the corresponding monitoring area, and store the numbers of monitoring equipment in different computer rooms; a monitoring point display unit, which is used to mark the positional relationship and monitoring range of the monitoring equipment in the computer room and its corresponding point in the video monitoring electronic map, and display and save the video information of the computer room in real time in the video window of the monitoring equipment; a monitoring equipment information storage unit, which is used to classify and store the video information of the computer room according to the number of the computer room monitoring equipment, and display the monitoring equipment information in the video monitoring electronic map.

[0016] The second aspect of the present invention also provides a computer room management system based on face recognition, including: a face recognition module, used to identify and track people entering the monitoring area; a personnel statistics module, used to count the identified people, form personnel records, and count the number of people in the personnel records, and issue an alarm when the number of people reaches a set number.

[0017] The present invention also provides a computer room monitoring device, comprising: a control terminal, an intelligent host, a network switch and a monitoring device, wherein the control terminal is connected to the intelligent host, the intelligent host is connected to the network switch, and the computer room monitoring device is connected to the network switch; wherein the control terminal comprises a display unit and an input unit; the display unit of the control terminal is used to display the positional relationship and monitoring range between the computer room monitoring device and its corresponding point, display and save the video information of the computer room in real time in the video window of the monitoring device, and classify and store the video information of the computer room according to the number of the computer room monitoring device; the input unit of the control terminal is used to input computer room monitoring system information; the intelligent host comprises a network module, a display module and a storage module; the network module of the intelligent host is used to connect the control terminal with the network switch for communication; the display module of the intelligent host is used to display the monitoring device information, and display the video information of the computer room in real time in the video window of the monitoring device; the storage module of the intelligent host is used to classify and store the video information of the computer room according to the number of the computer room monitoring device; the network switch is used to connect the intelligent host and the computer room monitoring device; wherein the monitoring device comprises a camera and a door access control device.

[0018] In the above-mentioned computer room monitoring equipment, in its preferred embodiment, the method also includes: a face recognition unit and an image recognition unit, the face recognition unit is used to identify the identity information of the person entering the monitoring area through a face recognition method, mark the identified person image and record the position where the person has passed; the image recognition unit is used to identify the person image entering the monitoring area, and track and record the movement trajectory of the person image.

[0019] The third aspect of the present invention also provides a management method for computer room monitoring equipment, including: S1, obtaining the monitoring equipment distribution density threshold and the computer room area of ​​the computer room; S2, calculating the number of monitoring point equipment required for the computer room according to the monitoring equipment distribution density threshold and the computer room area, and marking the points of the deployed monitoring equipment in the electronic map; S3, marking the position relationship and monitoring range of the computer room monitoring equipment and its corresponding points in the video monitoring electronic map, and displaying and saving the video information of the computer room in real time in the video window of the monitoring equipment; S4, classifying and storing the video information of the computer room according to the number of the computer room monitoring equipment; S5, in the electronic map, the monitoring point location and coverage of the access control and the camera are represented by the electronic map, and the relationship between the access control and the camera coverage is preset. When the access control is opened, the system controls the camera to turn on and the video Display to record the image information of people within the monitoring range; S6, in the electronic map, mark the monitoring equipment with access control and camera set at the same point. When the access control is opened, the corresponding camera starts shooting and records the video stream to the corresponding monitoring equipment; S7, identify the image of people entering the monitoring area, mark the identified people and record the positions they pass; S8, display and save the identified image information of the people at the current access control point on the video monitoring electronic map, and issue an alarm when the image information of the entering people cannot be identified; after step S7, it also includes: S9, feed back the corresponding access control monitoring equipment information to the monitoring equipment management module of the server, and mark the positions where the recorded people images pass in the video monitoring electronic map, monitor in real time, and report the monitoring data to the server for storage.

[0020] Compared with the prior art, the present invention has the following beneficial effects:

[0021] The present invention can monitor and manage the equipment storage room of the computer room in real time, improve management efficiency, reduce management cost, and be conducive to the application of large-scale video Internet of Things through the electronic map acquisition module, monitoring equipment deployment module, video monitoring module, video storage module, access control and camera linkage module, access control and alarm linkage module, personnel identification module, alarm module and monitoring equipment management module, and through the deployment, numbering, video monitoring, access control and alarm linkage and personnel identification of computer room monitoring equipment. The present invention can effectively reduce the deployment cost of computer room monitoring equipment, realize the intelligentization of the monitoring system in the computer room, and be conducive to large-scale application. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0023] Figure 1 The present invention is a structural block diagram of an electric vehicle orderly charging control system. DETAILED DESCRIPTION

[0024] The technical solution of the present invention will be clearly and completely described below in conjunction with the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0025] Example 1

[0026] like Figure 1 FIG. 1 is a schematic diagram of a computer room management system disclosed in the present invention, comprising:

[0027] An electronic map acquisition module 10 is used to acquire a video surveillance electronic map of the computer room;

[0028] The monitoring equipment deployment module 20 is used to calculate the number of monitoring equipment required for the computer room according to the video monitoring electronic map, the preset monitoring equipment distribution density threshold and the computer room area, and mark the points of the deployed monitoring equipment in the video monitoring electronic map. The monitoring equipment deployment module also monitors the performance of network equipment in real time through the network management unit, detects faults and anomalies in the network, records event logs, and provides fault diagnosis tools. According to the preset thresholds and rules, when the network performance indicators exceed the normal range, the abnormal situation is alarmed and the alarm notification is automatically triggered;

[0029] The video monitoring module 30 is used to mark the positional relationship between the monitoring equipment in the computer room and its corresponding points and the monitoring range in the video monitoring electronic map, and to display and save the video information of the computer room in the video window of the monitoring equipment in real time;

[0030] The video storage module 40 is used to classify and store the video information of the computer room according to the number of the computer room monitoring equipment;

[0031] The door control and camera linkage module 50 is used to represent the monitoring point positions and coverage ranges of the door control and camera on the electronic map, and preset the range relationship between the door control and camera coverage areas. When the door control is opened, the system controls the camera to turn on and display the video to record the image information of the people within the monitoring range;

[0032] The access control and alarm linkage module 60 is used to mark the monitoring equipment where the access control and the camera are set at the same point in the electronic map. When the access control is opened, the corresponding camera starts shooting and records the video stream to the corresponding monitoring equipment;

[0033] A personnel identification module 70 is used to identify images of people entering the monitoring area, mark the identified people and record the locations where they have passed;

[0034] an alarm module, for receiving the personnel image information collected by the personnel recognition module, identifying the personnel image information, and displaying and saving the identified personnel image information at the current access control point on the video surveillance electronic map, and sending an alarm to the server when the personnel image information identified by the personnel recognition module cannot be identified;

[0035] A monitoring device management module is used to receive the alarm information sent by the alarm module, obtain the corresponding access control monitoring device information, mark the location where the recorded personnel image passes in the video monitoring electronic map, monitor in real time, and report the monitoring data to the server for storage;

[0036] The computer room monitoring device includes a control terminal, an intelligent host, a network switch and a computer room monitoring device, wherein the control terminal is connected to the intelligent host, the intelligent host is connected to the network switch, and the computer room monitoring device is connected to the network switch;

[0037] The computer room monitoring equipment includes cameras and access control equipment.

[0038] The control terminal comprises:

[0039] The display unit is used to display the positional relationship between the monitoring equipment in the computer room and its corresponding points and the monitoring range, display and save the video information of the computer room in real time in the video window of the monitoring equipment, and classify and store the video information of the computer room according to the number of the monitoring equipment in the computer room;

[0040] Input unit, used to input information of the computer room monitoring system;

[0041] The intelligent host comprises:

[0042] A network module, used for connecting the control terminal to a network switch for communication;

[0043] Display module, used to display monitoring equipment information, and display the video information of the computer room in real time in the video window of the monitoring equipment;

[0044] A storage module is used to classify and store the video information of the computer room according to the coding of the computer room monitoring equipment;

[0045] The network switch is used to connect the intelligent host and the computer room monitoring equipment.

[0046] The personnel identification module includes a face recognition unit and an image recognition unit. The face recognition unit is used to identify the identity information of the person entering the monitoring area through a face recognition method, mark the image of the identified person and record the position where the person has passed;

[0047] The image recognition unit is used to recognize the image of a person entering the monitoring area, and track and record the movement trajectory of the image of the person.

[0048] The monitoring device management module includes:

[0049] The personnel identification submodule is used to mark the identified personnel and record the locations where they have passed;

[0050] The management submodule is used to mark the positions where the recorded personnel images have passed in the video surveillance electronic map, monitor in real time, and report the monitoring data to the server for storage.

[0051] The electronic map acquisition module includes:

[0052] A GSM module, used to receive coordinate information of the computer room monitoring equipment;

[0053] The electronic map acquisition unit is used to acquire the video surveillance electronic map of the computer room according to the acquired coordinate information of the computer room monitoring equipment and the monitoring equipment distribution density threshold value in combination with the computer room area.

[0054] The monitoring device deployment module includes:

[0055] A monitoring equipment deployment unit, configured to calculate the number of monitoring equipment required for the computer room according to the video monitoring electronic map, a preset monitoring equipment distribution density threshold and the computer room area, determine the distribution of the monitoring equipment in the computer room, and mark the locations of the deployed monitoring equipment in the video monitoring electronic map;

[0056] The equipment management unit is used to receive equipment information of the computer room monitoring equipment and enter the equipment information of the computer room monitoring equipment into the database for storage.

[0057] The video storage module comprises:

[0058] A monitoring device numbering unit, used to divide the monitoring area according to the monitoring range of the video monitoring device, mark each monitoring area with a monitoring device number, associate the monitoring device number with the corresponding monitoring area, and store the numbers of monitoring devices in different computer rooms;

[0059] A monitoring point display unit, used to mark the positional relationship between the monitoring equipment in the computer room and its corresponding point and the monitoring range in the video monitoring electronic map, and to display the video information of the computer room in real time in the video window of the monitoring equipment;

[0060] The monitoring equipment information storage unit is used to classify and store the video information of the computer room according to the serial number of the monitoring equipment in the computer room, and to display the monitoring equipment information in the video monitoring electronic map.

[0061] The computer room management system disclosed in the first embodiment of the present invention includes: an electronic map acquisition module 10 for acquiring a video surveillance electronic map of a computer room, a monitoring device deployment module 20 for calculating the number of monitoring devices required for the computer room according to the video surveillance electronic map, a preset monitoring device distribution density threshold and the area of ​​the computer room, and marking the points of the deployed monitoring devices in the video surveillance electronic map, a video monitoring module 30 for marking the position relationship and monitoring range of the computer room monitoring devices and their corresponding points in the video surveillance electronic map, and displaying and saving the video information of the computer room in the video window of the monitoring device in real time, a video storage module 40 for classifying and storing the video information of the computer room according to the number of the computer room monitoring devices, and representing the monitoring point position and coverage range of the access control and the camera through the electronic map in the electronic map, and presetting the range relationship between the access control and the camera coverage area, when the access control is opened, the system controls the camera to turn on, and the video is displayed to record the image information of the personnel within the monitoring range; an access control and camera linkage module 50 for marking the monitoring devices with the access control and the camera set at the same point in the electronic map, and when the access control is opened, the corresponding camera is turned on, and the video is displayed to record the image information of the personnel within the monitoring range; The camera starts shooting and records the video stream to the access control and alarm linkage module 60 in the corresponding monitoring device, a personnel identification module 70 for identifying the image of the person entering the monitoring area, marking the identified person and recording the position where the person passes, receiving the personnel image information collected by the personnel identification module, identifying the personnel image information, and displaying and saving the identified personnel image information at the current access control point on the video monitoring electronic map, and when the personnel image information identified by the personnel identification module cannot be identified, an alarm module 80 for sending an alarm to the server, receiving the alarm information sent by the alarm module, obtaining the corresponding access control monitoring device information, and marking the position where the recorded personnel image passes in the video monitoring electronic map, monitoring in real time, and reporting the monitoring data to the monitoring device management module 90 saved in the server; wherein the computer room monitoring device includes a control terminal, an intelligent host, a network switch and a computer room monitoring device, the control terminal is connected to the intelligent host, the intelligent host is connected to the network switch, and the computer room monitoring device is connected to the network switch; the computer room monitoring device includes a camera and an access control device. The above method and system are applied to the video monitoring of the computer room. Since the electronic map is centrally displayed and the monitoring equipment is centrally deployed and arranged through the electronic map, manpower is saved and the monitoring work efficiency and work quality are improved.

[0062] Embodiment 2:

[0063] A computer room monitoring device disclosed in a second embodiment of the present invention includes: a control terminal, an intelligent host, a network switch and a monitoring device, wherein the control terminal is connected to the intelligent host, the intelligent host is connected to the network switch, and the computer room monitoring device is connected to the network switch;

[0064] Wherein, the control terminal includes a display unit and an input unit;

[0065] The display unit of the control terminal is used to display the positional relationship between the monitoring equipment in the computer room and its corresponding point and the monitoring range, display and save the video information of the computer room in the video window of the monitoring equipment in real time, and classify and store the video information of the computer room according to the number of the monitoring equipment in the computer room;

[0066] The input unit of the control terminal is used to input information of the computer room monitoring system;

[0067] The intelligent host includes a network module, a display module, and a storage module;

[0068] The network module of the intelligent host is used for connecting the control terminal to the network switch for communication;

[0069] The display module of the intelligent host is used to display the monitoring device information and display the video information of the computer room in real time in the video window of the monitoring device;

[0070] The storage module of the intelligent host is used to classify and store the video information of the computer room according to the numbers of the monitoring equipment in the computer room;

[0071] The network switch is used to connect the intelligent host and the computer room monitoring equipment;

[0072] Wherein, the monitoring equipment includes cameras and access control equipment.

[0073] The above-mentioned computer room monitoring equipment disclosed in the second embodiment of the present invention includes a control terminal, an intelligent host, a network switch and a computer room monitoring equipment, wherein the control terminal is connected to the intelligent host, the intelligent host is connected to the network switch, and the computer room monitoring equipment is connected to the network switch; wherein the control terminal includes a display unit and an input unit; the display unit of the control terminal is used to display the positional relationship and monitoring range between the computer room monitoring equipment and its corresponding points, display and save the video information of the computer room in real time in the video window of the monitoring equipment, and classify and store the video information of the computer room according to the number of the computer room monitoring equipment, so as to realize video monitoring of the computer room.

[0074] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A computer room management system, characterized in that: include: An electronic map acquisition module is used to obtain the video surveillance electronic map of the computer room; A monitoring equipment deployment module is used to calculate the number of monitoring equipment required for the computer room according to the video monitoring electronic map, the preset monitoring equipment distribution density threshold and the computer room area, and mark the points of the deployed monitoring equipment in the video monitoring electronic map. The monitoring equipment deployment module also monitors the performance of network equipment in real time through the network management unit, detects faults and anomalies in the network, records event logs, and provides fault diagnosis tools. According to preset thresholds and rules, when network performance indicators exceed the normal range, an alarm is issued for abnormal situations, and an alarm notification is automatically triggered; A video monitoring module, used to mark the positional relationship between the monitoring equipment in the computer room and its corresponding points and the monitoring range in the video monitoring electronic map, and to display and save the video information of the computer room in the video window of the monitoring equipment in real time; The video storage module is used to classify and store the video information of the computer room according to the number of the computer room monitoring equipment; The access control and camera linkage module is used to represent the monitoring point locations and coverage of the access control and camera on an electronic map; Personnel recognition module, used to identify the images of people entering the monitoring area, mark the identified people and record the locations where they have passed; The monitoring device management module is used to receive the alarm information sent by the alarm module, obtain the corresponding access control monitoring device information, and mark the location where the recorded personnel image passes in the video monitoring electronic map, monitor in real time, and report the monitoring data to the server for storage.

2. The computer room management system according to claim 1, characterized in that: The method also includes: the control terminal includes: a display unit, which is used to display the positional relationship and monitoring range of the computer room monitoring equipment and its corresponding points, display and save the video information of the computer room in real time in the video window of the monitoring equipment, and classify and store the video information of the computer room according to the number of the computer room monitoring equipment; an input unit, which is used to input the computer room monitoring system information; the intelligent host includes: a network module, which is used to connect the control terminal to the network switch for communication; a display module, which is used to display the monitoring equipment information, and display the video information of the computer room in real time in the video window of the monitoring equipment; a storage module, which is used to classify and store the video information of the computer room according to the number of the computer room monitoring equipment; the network switch is used to connect the intelligent host and the computer room monitoring equipment.

3. The computer room management system according to claim 1 or 2, characterized in that: The personnel identification module includes a face recognition unit and an image recognition unit. The face recognition unit is used to identify the identity information of the person entering the monitoring area through a face recognition method, mark the identified person image and record the position where the person has passed; the image recognition unit is used to identify the person image entering the monitoring area and track and record the movement trajectory of the person image.

4. The computer room management system according to claim 3, characterized in that: The monitoring equipment management module includes: a personnel identification submodule, which is used to mark the identified personnel and record the locations where they have passed; a management submodule, which is used to mark the locations where the recorded personnel images have passed in the video monitoring electronic map, monitor in real time, and report the monitoring data to the server for storage.

5. The computer room management system according to claim 1 or 2, characterized in that: The electronic map acquisition module includes: a GSM module for receiving the coordinate information of the computer room monitoring equipment; an electronic map acquisition unit for acquiring the video monitoring electronic map of the computer room based on the acquired coordinate information of the computer room monitoring equipment and the monitoring equipment distribution density threshold, combined with the computer room area.

6. The computer room management system according to claim 1 or 2, characterized in that: The monitoring equipment deployment module includes: a monitoring equipment deployment unit, which is used to calculate the number of monitoring equipment required for the computer room according to the video monitoring electronic map, a preset monitoring equipment distribution density threshold and the computer room area, determine the distribution of the computer room monitoring equipment, and mark the locations of the deployed monitoring equipment in the video monitoring electronic map; and a device management unit, which is used to receive device information of the computer room monitoring equipment and enter the computer room monitoring equipment information into a database for storage.

7. The computer room management system according to claim 1 or 2, characterized in that: The video storage module includes: a monitoring equipment numbering unit, which is used to divide the monitoring area according to the monitoring range of the video monitoring equipment, mark the monitoring equipment number for each monitoring area, associate the monitoring equipment number with the corresponding monitoring area, and store the numbers of monitoring equipment in different computer rooms; a monitoring point display unit, which is used to mark the positional relationship and monitoring range of the monitoring equipment in the computer room and its corresponding point in the video monitoring electronic map, and display the video information of the computer room in real time in the video window of the monitoring equipment; a monitoring equipment information storage unit, which is used to classify and store the video information of the computer room according to the number of the monitoring equipment in the computer room, and display the monitoring equipment information in the video monitoring electronic map.

8. The computer room management system according to claim 1, characterized in that: The computer room monitoring equipment includes a control terminal, an intelligent host, a network switch and a computer room monitoring equipment. The control terminal is connected to the intelligent host, the intelligent host is connected to the network switch, and the computer room monitoring equipment is connected to the network switch; the computer room monitoring equipment includes a camera and an access control device.

9. The computer room management system according to claim 1, characterized in that: The access control and camera linkage module presets the range relationship between the access control and camera coverage areas. When the access control is opened, the system controls the camera to turn on and display the video to record the image information of people within the monitoring range; the access control and alarm linkage module is used to mark the monitoring equipment with the access control and camera set at the same point in the electronic map. When the access control is opened, the corresponding camera starts shooting and records the video stream to the corresponding monitoring equipment.

10. The computer room management system according to claim 1, characterized in that: It also includes an alarm module for receiving the personnel image information collected by the personnel identification module, identifying the personnel image information, and displaying and saving the identified personnel image information at the current access control point on the video surveillance electronic map; when the personnel image information identified by the personnel identification module cannot be identified, an alarm is sent to the server.

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