CN116343417A - Frontier defense early warning and defense monitoring management system - Google Patents
Frontier defense early warning and defense monitoring management system Download PDFInfo
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Abstract
The invention relates to the technical field of computer system detection and control application, and discloses an edge prevention early warning and service prevention monitoring management system which comprises an embedded network monitoring terminal, a data transmission network, a cloud storage and management platform and a client application end, wherein the embedded network monitoring terminal is respectively connected with the cloud storage and management platform and the client application end through the data transmission network, the cloud storage and management platform comprises a central processing unit, a data management module, an information acquisition module and an early warning module, the central processing unit is respectively connected with the data management module, the information acquisition module and the early warning module, and the information acquisition module is also connected with the data management module. The border defense early warning and defense monitoring management system provided by the invention solves the technical problems that information synchronization, resource coordination and command scheduling of border inspection stations cannot be realized, a command center cannot comprehensively know all border inspection stations of border lines, and uniform scheduling and collaborative command scheduling of resources cannot be realized.
Description
Technical Field
The invention relates to the technical field of computer system detection and control application, in particular to a frontier defense early warning and defense monitoring management system.
Background
In the field of security, security monitoring is a very important topic in military security. The traditional frontier defense monitoring is usually carried out in a manual monitoring mode, such as standing guard, patrol and the like of soldiers, but as the military field is developing to the direction of digitalization and multimedia, it is obvious that some backward monitoring modes in the past cannot meet the current demands.
At present, the prior main protection means in the aspect of border line side protection safety protection periodically patrol, prevent and control in border lines in a manual patrol mode, and monitor and protect video monitoring equipment in partial areas. In the aspect of border inspection stations, the security inspection equipment is isolated to carry out security inspection on passers-by and vehicles, and intelligent and automatic means are lacked to carry out security inspection on passers-by, vehicles and objects, and data are gathered and reported in real time. The built border inspection station informatization system is relatively independent, information interconnection and intercommunication cannot be realized among border inspection stations of border lines, effective coordination cannot be carried out on management, safety information collection and convergence are lacked, and coordination command is lacked among border stations in the area. Meanwhile, information synchronization, resource coordination and command scheduling of the border inspection stations cannot be realized, the command center cannot comprehensively know all border inspection stations of the border line, and uniform scheduling and coordinated command scheduling of resources cannot be realized.
Disclosure of Invention
The invention provides an edge protection early warning and defense monitoring management system, which solves the technical problems that information synchronization, resource coordination and command scheduling of edge inspection stations cannot be realized, a command center cannot comprehensively know all the edge inspection stations of an edge line, and uniform scheduling and collaborative command scheduling of resources cannot be realized.
The invention provides an edge protection early warning and service prevention monitoring management system which comprises an embedded network monitoring terminal, a data transmission network, a cloud storage and management platform and a client application end, wherein the embedded network monitoring terminal is respectively connected with the cloud storage and management platform and the client application end through the data transmission network, the cloud storage and management platform comprises a central processing unit, a data management module, an information acquisition module and an early warning module, the central processing unit is respectively connected with the data management module, the information acquisition module and the early warning module, and the information acquisition module is also connected with the data management module;
the embedded network monitoring terminal is used for providing various monitoring data for the system by adopting an infrared and visible light fusion image mode;
the data transmission network is used for transmitting the various monitoring data to the cloud storage and management platform and transmitting alarm information and various control information to the client application terminal;
the cloud storage and management platform is used for receiving various monitoring data of the embedded network monitoring terminal and carrying out storage, processing, forwarding, authorization and management;
the client application terminal is used for various users to know and manage various monitoring data of the embedded network monitoring terminal and analysis data of the cloud storage and management platform;
the data management module is used for analyzing, processing and storing various monitoring data transmitted by the embedded network monitoring terminal;
the information acquisition module is used for acquiring personnel checking information of the entry and exit personnel and vehicle checking information of the entry and exit vehicle;
and the early warning module is used for sending out alarm information according to the grading processing result of the data management module on the various monitoring data.
Further, embedded network monitor terminal includes a plurality of surveillance cameras, unmanned aerial vehicle shooting device, sensor and radar, the sensor includes vibration sensor, thermal infrared human body induction sensor, vibration sensor and thermal infrared human body induction sensor set up on the rail boundary for detect whether personnel surpass the rail boundary and send the signal to early warning module, the radar is used for detecting the position, speed, direction of motion and the altitude information of detected target.
Further, the client application end comprises a monitoring video wall, a fixed user, a wireless user, a mobile user and an offline user.
Further, the data transmission network is connected with the embedded network monitoring terminal and the client application terminal through various network connection modes, specifically: the embedded network monitoring terminal is connected with the embedded network monitoring terminal through 4G/5G, is connected with the cloud storage and management platform through a special line mode, is connected with the monitoring video wall and the fixed user through local area network/wireless WiFi, is connected with the mobile user through 4G/5G, and is connected with the off-line user through a special line mode.
Further, the data management module comprises a video data processing unit, a video abstract storage unit and an associated storage unit, wherein the video data processing unit is respectively connected with the central processing unit, the video abstract storage unit and the information acquisition module, and the video abstract storage unit is also connected with the associated storage unit;
the video data processing unit is used for performing behavior analysis on video monitoring data transmitted by the embedded network monitoring terminal, acquiring corresponding person and/or vehicle entry and exit checking information acquired by the information acquisition module according to the time when the person and/or vehicle appears in the video monitoring data, analyzing the entry and exit checking information, and uploading alarm information to the early warning module when any one of the information acquisition module has preset behaviors;
the video abstract storage unit is used for generating a video abstract and associating the video abstract with original video data when any one of the video abstract storage units has a preset behavior, and storing the video abstract at the same time;
the association storage unit is used for storing original video data corresponding to the video abstract and storing association relation between the video abstract and the original video data.
Further, the system also comprises a mobilizing module, wherein the mobilizing module is connected with the early warning module, and the mobilizing module is used for carrying out distribution control on the early warning area by mobilizing security resources of a plurality of entry and exit border protection inspection stations when receiving the alarm information sent by the early warning module.
Further, the intelligent monitoring system further comprises a display module, wherein the display module is connected with the central processing unit, and a plurality of touch display screens of the display module are respectively used for displaying various monitoring data transmitted by the embedded network monitoring terminal, the processing results of the cloud storage and management platform on the various monitoring data and alarm information sent by the early warning module.
The beneficial effects of the invention are as follows:
the embedded network monitoring terminal provides various monitoring data, the data transmission network transmits various monitoring data to the cloud storage and management platform, and transmits alarm information and various control information to the client application terminal, the cloud storage and management platform receives various monitoring data and carries out storage, processing, forwarding, authorization and management, various users know and manage various monitoring data and analysis data through the client application terminal, the data management module carries out analysis processing and storage on various monitoring data, the information acquisition module acquires personnel checking information of an inbound personnel and vehicle checking information of an inbound vehicle, and the early warning module sends alarm information according to the grading processing result of the various monitoring data by the data management module. The border inspection stations of the border lines are interconnected and communicated with each other, safety information collection and convergence are provided, and coordination command among border stations in the area is achieved through effective coordination in management. Meanwhile, information synchronization, resource coordination, command and dispatch of the border inspection stations are realized, and the border inspection stations of border lines can be comprehensively known by the command and control center.
Drawings
FIG. 1 is a schematic diagram of a system for monitoring and managing side protection and security services according to the present invention.
The achievement of the objects, functional features and advantages of the present invention will be further described with reference to the accompanying drawings, in conjunction with the embodiments.
Detailed Description
It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
As shown in fig. 1, the invention provides an edge protection early warning and service prevention monitoring management system, which comprises an embedded network monitoring terminal, a data transmission network, a cloud storage and management platform and a client application end, wherein the embedded network monitoring terminal is respectively connected with the cloud storage and management platform and the client application end through the data transmission network, the cloud storage and management platform comprises a central processing unit, a data management module, an information acquisition module and an early warning module, the central processing unit is respectively connected with the data management module, the information acquisition module and the early warning module, and the information acquisition module is also connected with the data management module;
the embedded network monitoring terminal is used for providing various monitoring data for the system by adopting an infrared and visible light fusion image mode; the embedded network monitoring terminal comprises a plurality of monitoring cameras, an unmanned aerial vehicle shooting device, a sensor and a radar, wherein the sensor comprises a vibration sensor and a thermal infrared human body induction sensor, the vibration sensor and the thermal infrared human body induction sensor are arranged on a fence boundary and used for detecting whether personnel exceed the fence boundary and sending signals to an early warning module, and when any one of the vibration sensor and the thermal infrared human body induction sensor is triggered or abnormal in operation, the vibration sensor and the thermal infrared human body induction sensor send signals to the early warning module to warn. For example, the vibration sensor is arranged on the boundary fence, when the vibration of the fence is measured to be larger than a preset threshold value, the vibration sensor is triggered, and the vibration sensor sends a trigger signal to the early warning module; the thermal infrared human body sensor is arranged on the boundary, when a person approaches the thermal infrared human body sensor, the thermal infrared human body sensor is triggered, and the thermal infrared human body sensor sends a trigger signal to the early warning module. The radar is used for detecting position, speed, movement direction and altitude information of a detected object.
The client application terminal is used for various users to know and manage various monitoring data of the embedded network monitoring terminal and analysis data of the cloud storage and management platform; the client application end comprises a monitoring video wall, a fixed user, a wireless user, a mobile user and an off-line user.
The data transmission network is used for transmitting the various monitoring data to the cloud storage and management platform and transmitting alarm information and various control information to the client application terminal; the data transmission network is connected with the embedded network monitoring terminal and the client application terminal through various network connection modes, and specifically comprises the following steps: the embedded network monitoring terminal is connected with the embedded network monitoring terminal through 4G/5G, is connected with the cloud storage and management platform through a special line mode, is connected with the monitoring video wall and the fixed user through local area network/wireless WiFi, is connected with the mobile user through 4G/5G, and is connected with the off-line user through a special line mode.
The embedded network monitoring terminal is an input device of the system, and video monitoring data is provided by adopting an infrared and visible light fusion image mode so as to adapt to monitoring requirements in different environments. The cloud storage and management platform is a central center of the whole system and plays core functions of processing, storing, copying, forwarding, authorizing, managing and the like. The client application end is output and control equipment of the system and supports the access of five types of users, such as a monitoring video wall, a fixed user, a wireless user, a mobile user and an off-line user. The data transmission network is a nerve of the system and is used for transmitting the monitoring video stream, the alarm information and various control information. The connection with the monitoring terminal adopts a 5G or 4G virtual SIM technology, the connection with the cloud storage and management platform adopts a special line mode, the connection mode with the client application terminal is more various, and special lines, local area networks, wireless WiFi, mobile phones 4G and the like can be adopted.
When each device of the embedded network monitoring terminal is under the initial condition, the device is powered on, and a user accesses the encrypted network by scanning the two-dimensional code on the body of the monitoring terminal, so that connection test is performed after relevant configuration of the monitoring terminal is completed. The cloud access server responds to the access request, judges whether the access is legal, grants access to a legal monitoring terminal, and grants a unique device code for subsequent access control, data transmission, remote configuration and other works. The monitoring camera collects video, automatically detects the video through a built-in detection algorithm, transmits the video to the cloud storage and management platform for behavior analysis, generates a video abstract if abnormal conditions are found or preset early warning rules are met, automatically stores the video in the form of the video abstract, uploads position information data to the early warning module, and automatically plays preset warning prompt music. If the user actively monitors the terminal, the fused image is automatically copied and is transmitted to a streaming media distribution server of the cloud after being processed by the processor cluster, and the streaming media distribution server is responsible for copying the video according to the need and distributing the video to all authorized user clients in the form of streaming media. After receiving alarm data sent by the early warning module, the system automatically sends a notice such as characters, pictures, voice, video and the like or sends a generated video abstract to a client in a mode such as a short message, a WeChat, a telephone voice, a mailbox, a special client and the like according to different preset configurations. And if the authorized user needs to check the historical data, the authorized user directly accesses the cloud storage and management platform through the streaming media distribution server, so that the processing pressure and the transmission bandwidth requirement of the monitoring terminal are reduced.
The cloud storage and management platform is used for receiving various monitoring data of the embedded network monitoring terminal and carrying out storage, processing, forwarding, authorization and management;
the data management module is used for analyzing, processing and storing various monitoring data transmitted by the embedded network monitoring terminal; the data management module comprises a video data processing unit, a video abstract storage unit and an associated storage unit, wherein the video data processing unit is respectively connected with the central processing unit, the video abstract storage unit and the information acquisition module, and the video abstract storage unit is also connected with the associated storage unit;
the video data processing unit is used for performing behavior analysis on video monitoring data transmitted by the embedded network monitoring terminal, acquiring corresponding person and/or vehicle entry and exit checking information acquired by the information acquisition module according to the time when the person and/or vehicle appears in the video monitoring data, analyzing the entry and exit checking information, and uploading alarm information to the early warning module when any one of the information acquisition module has preset behaviors; the video abstract storage unit is used for generating a video abstract and associating the video abstract with original video data when any one of the video abstract storage units has a preset behavior, and storing the video abstract at the same time; the association storage unit is used for storing original video data corresponding to the video abstract and storing association relation between the video abstract and the original video data.
The information acquisition module is used for acquiring personnel checking information of the entry and exit personnel and vehicle checking information of the entry and exit vehicle; the system comprises a personnel information acquisition unit and a vehicle information acquisition unit, wherein the personnel information acquisition unit is used for acquiring personnel identity information of an entering person and sending the personnel identity information to the video data processing unit. The person identity information includes the name, sex, facial photograph, occupation, address, reason for entry and exit, certificate number, fingerprint, etc. of the entry and exit person. The personnel information acquisition unit further comprises a baggage screening portion, and the entry and exit personnel also need to inspect baggage when passing through the entry and exit security checkpoint. The luggage security check part is used for collecting luggage security check information and sending the luggage security check information to the video data processing unit. The luggage security inspection part comprises a luggage security inspection machine, luggage security inspection information manual input equipment and the like, and the luggage security inspection information comprises luggage X-ray images input through the luggage security inspection machine, the number of names of luggage objects actively declared by an entry person, manual input of inspection results after unpacking inspection and the like. The vehicle information acquisition unit is used for acquiring vehicle checking information of the entering and exiting vehicle and transmitting the vehicle checking information to the video data processing unit after adding an identifier to the vehicle checking information. The vehicle checking information comprises vehicle security checking information, certificate information and license plate information; each vehicle checking passage is provided with a vehicle identification device, when a vehicle enters the vehicle checking passage, the license plate of the vehicle is identified, and the license plate number is automatically identified. The vehicle identification device is used for collecting license plate information of the vehicle, wherein the license plate information comprises license plate photos, license plate numbers and the like.
And the early warning module is used for sending out alarm information according to the grading processing result of the data management module on the various monitoring data.
The border defense early warning and defense monitoring management system provided by the invention further comprises a mobilization module, wherein the mobilization module is connected with the early warning module, and the mobilization module is used for carrying out control on an early warning area by mobilizing security resources of a plurality of border defense inspection stations when receiving alarm information sent by the early warning module.
The border defense early warning and defense monitoring management system provided by the invention further comprises a display module, wherein the display module is connected with the central processing unit, and a plurality of touch display screens of the display module are respectively used for displaying various monitoring data transmitted by the embedded network monitoring terminal, the processing results of the cloud storage and management platform on the various monitoring data and alarm information sent by the early warning module.
The monitoring terminal adopts an embedded technology in design, integrates sensors such as visible light, near infrared and the like in the terminal, meets the monitoring requirements under night, rain and fog and severe weather conditions, and adopts a video content understanding technology based on computer vision and a built-in related algorithm of the terminal to realize the functions of pedestrian detection, face recognition, license plate recognition and the like. As most of border lines are covered by signals of three large mobile communication operators, data transmission is carried out through a mobile communication network, early wiring links are reduced, and later maintenance difficulty is reduced. The monitoring video does not need to be transmitted in real time, and only needs to be transmitted when abnormal conditions are found. Meanwhile, mobile charge is reduced through a cloud SIM technology, and the monitoring terminal judges according to the transmission requirement. When the transmission is not needed, the video file is stored by adopting a video abstraction technology. The video stream and the early warning information are automatically pushed to the authorized user, a plurality of modes such as short messages, weChats, mails, desktop applications, WEB applications, APP applications and the like are supported, and when various clients actively browse, download and retrieve data, the video stream and the early warning information can be directly carried out at the cloud without connecting a monitoring terminal.
It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, apparatus, article, or method that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, apparatus, article, or method. Without further limitation, an element defined by the phrase "comprising one … …" does not exclude the presence of other like elements in a process, apparatus, article or method that comprises the element.
The foregoing description is only of the preferred embodiments of the present invention and is not intended to limit the scope of the invention, and all equivalent structures or equivalent processes using the descriptions and drawings of the present invention or directly or indirectly applied to other related technical fields are included in the scope of the invention.
Claims (7)
1. The system is characterized by comprising an embedded network monitoring terminal, a data transmission network, a cloud storage and management platform and a client application end, wherein the embedded network monitoring terminal is respectively connected with the cloud storage and management platform and the client application end through the data transmission network, the cloud storage and management platform comprises a central processing unit, a data management module, an information acquisition module and an early warning module, the central processing unit is respectively connected with the data management module, the information acquisition module and the early warning module, and the information acquisition module is also connected with the data management module;
the embedded network monitoring terminal is used for providing various monitoring data for the system by adopting an infrared and visible light fusion image mode;
the data transmission network is used for transmitting the various monitoring data to the cloud storage and management platform and transmitting alarm information and various control information to the client application terminal;
the cloud storage and management platform is used for receiving various monitoring data of the embedded network monitoring terminal and carrying out storage, processing, forwarding, authorization and management;
the client application terminal is used for various users to know and manage various monitoring data of the embedded network monitoring terminal and analysis data of the cloud storage and management platform;
the data management module is used for analyzing, processing and storing various monitoring data transmitted by the embedded network monitoring terminal;
the information acquisition module is used for acquiring personnel checking information of the entry and exit personnel and vehicle checking information of the entry and exit vehicle;
and the early warning module is used for sending out alarm information according to the grading processing result of the data management module on the various monitoring data.
2. The border defense warning and defense monitoring management system according to claim 1 wherein the embedded network monitoring terminal comprises a plurality of monitoring cameras, unmanned aerial vehicle cameras, sensors and a radar, the sensors comprise vibration sensors and thermal infrared human body induction sensors, the vibration sensors and the thermal infrared human body induction sensors are arranged on a border of a fence for detecting whether a person exceeds the border of the fence and sending signals to the warning module, and the radar is used for detecting position, speed, movement direction and height information of a detected target.
3. The system of claim 1, wherein the client application comprises a surveillance video wall, a fixed user, a wireless user, a mobile user, and an offline user.
4. The border protection early warning and service monitoring management system according to claim 3, wherein the data transmission network is connected with the embedded network monitoring terminal and the client application terminal through a plurality of network connection modes, specifically: the embedded network monitoring terminal is connected with the embedded network monitoring terminal through 4G/5G, is connected with the cloud storage and management platform through a special line mode, is connected with the monitoring video wall and the fixed user through local area network/wireless WiFi, is connected with the mobile user through 4G/5G, and is connected with the off-line user through a special line mode.
5. The frontier defense early warning and service monitoring management system according to claim 1, wherein the data management module comprises a video data processing unit, a video abstract storage unit and an associated storage unit, the video data processing unit is respectively connected with the central processing unit, the video abstract storage unit and the information acquisition module, and the video abstract storage unit is also connected with the associated storage unit;
the video data processing unit is used for performing behavior analysis on video monitoring data transmitted by the embedded network monitoring terminal, acquiring corresponding person and/or vehicle entry and exit checking information acquired by the information acquisition module according to the time when the person and/or vehicle appears in the video monitoring data, analyzing the entry and exit checking information, and uploading alarm information to the early warning module when any one of the information acquisition module has preset behaviors;
the video abstract storage unit is used for generating a video abstract and associating the video abstract with original video data when any one of the video abstract storage units has a preset behavior, and storing the video abstract at the same time;
the association storage unit is used for storing original video data corresponding to the video abstract and storing association relation between the video abstract and the original video data.
6. The border defense early warning and defense monitoring management system according to claim 1, further comprising a mobilization module connected with the early warning module, wherein the mobilization module is used for distributing and controlling the early warning area by mobilizing security resources of a plurality of entrance and exit border defense inspection stations when receiving the alarm information sent by the early warning module.
7. The border defense early warning and service monitoring management system according to claim 1, further comprising a display module, wherein the display module is connected with the central processing unit, and a plurality of touch display screens of the display module are respectively used for displaying various monitoring data transmitted by the embedded network monitoring terminal, processing results of the cloud storage and management platform on the various monitoring data and alarm information sent by the early warning module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211687396.2A CN116343417A (en) | 2022-12-27 | 2022-12-27 | Frontier defense early warning and defense monitoring management system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116680630A (en) * | 2023-07-27 | 2023-09-01 | 成都雨航创科科技有限公司 | Human-vehicle motion detection method and device based on vibration and image |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116680630A (en) * | 2023-07-27 | 2023-09-01 | 成都雨航创科科技有限公司 | Human-vehicle motion detection method and device based on vibration and image |
| CN116680630B (en) * | 2023-07-27 | 2023-10-13 | 成都雨航创科科技有限公司 | Human-vehicle motion detection method and device based on vibration and image |
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