CN110312101B - Implementation method of portable real-time mobile portrait deployment and control system - Google Patents
Implementation method of portable real-time mobile portrait deployment and control system Download PDFInfo
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- CN110312101B CN110312101B CN201910586776.9A CN201910586776A CN110312101B CN 110312101 B CN110312101 B CN 110312101B CN 201910586776 A CN201910586776 A CN 201910586776A CN 110312101 B CN110312101 B CN 110312101B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
- H04L69/26—Special purpose or proprietary protocols or architectures
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
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Abstract
The invention discloses a method for realizing a portable real-time mobile portrait control system. The method specifically comprises the following steps: (1) the XMPP protocol is built in the individual equipment, and the individual equipment registers and logs in and establishes a communication group; (2) the individual soldier equipment generates a two-dimensional code for registering and logging in the mobile equipment; (3) the mobile terminal of the mobile equipment is internally provided with an XMPP protocol and scans the two-dimensional code to acquire information for login operation; (4) after logging in, a mobile end of the mobile equipment enters a communication group established by the individual soldier equipment to complete pairing, and the mobile end of the mobile equipment pushes a picture stream to the individual soldier equipment; (5) and matching the individual soldier equipment and sending alarm information. The invention has the beneficial effects that: the problem of moving individual soldiers across a local area network and recognizing human faces can be solved, the limitation of a physical position and the local area network is avoided, the real-time communication problem is solved, the scene of using equipment is greatly enhanced, and the application range is wide.
Description
Technical Field
The invention relates to the related technical field of security and protection and the related technology of portrait control, in particular to a method for realizing a portable real-time mobile portrait control system.
Background
In order to meet the security requirements of daily patrol work, emergencies, major activities and the like, the requirement that relevant personnel carry a portable portrait control server (portrait single soldier) to go to the site to perform portrait control on sensitive personnel is more and more strong. The traditional mode is that local area networks such as a wired network and a WIFI wireless network are arranged to carry out on-site networking, and then the IPC camera is fixed to monitor, generally, due to the fact that the on-site situation is complex, network wiring is inconvenient, the WIFI transmission distance is limited, the distance between the camera and a portrait individual cannot be too far away, and due to the limitation of a physical position and the local area network, the use scene is limited.
With the rapid development of 4G/5G technology, cameras of mobile devices such as mobile phones and police service units are more and more advanced, but because fixed IP addresses are difficult to set for individual portrait, the mobile phones and other mobile devices cannot communicate with the individual portrait through a mobile network, and therefore the mobile devices cannot directly transmit camera videos back to the individual portrait for real-time portrait analysis and control.
Disclosure of Invention
The invention provides a method for realizing a portable real-time mobile portrait control system, which can solve the problem of real-time communication and has wide application range, in order to overcome the defects in the prior art.
In order to achieve the purpose, the invention adopts the following technical scheme:
a method for realizing a portable real-time mobile portrait deployment and control system specifically comprises the following steps:
(1) the XMPP protocol is built in the individual equipment, and the individual equipment registers and logs in and establishes a communication group;
(2) the individual soldier equipment generates a two-dimensional code for registering and logging in the mobile equipment;
(3) the mobile terminal of the mobile equipment is internally provided with an XMPP protocol and scans the two-dimensional code to acquire information for login operation;
(4) after logging in, a mobile end of the mobile equipment enters a communication group established by the individual soldier equipment to complete pairing, and the mobile end of the mobile equipment pushes a picture stream to the individual soldier equipment;
(5) and matching the individual soldier equipment and sending alarm information.
The invention can connect mobile devices such as mobile phones and the like and portrait individual devices through the Internet through the xmpp protocol, and timely pushes the portrait to the individual devices through mobile phone deployment and control real-time grab pictures, so as to match sensitive and escaping personnel information, thereby assisting the public security system to solve the case in time. The design can solve the problems of moving individual soldiers across the local area network and carrying out face recognition, is not limited by a physical position and the local area network any more, solves the problem of real-time communication, greatly enhances the scene of using equipment, and has wide application range.
Preferably, in the step (1), when the individual soldier equipment is registered, the access and the corresponding access equipment are managed by using an XMPP protocol server; after the individual soldier equipment logs in an XMPP protocol server, setting the state of the individual soldier equipment to be an active state; after the individual equipment creates the communication group, the on-line state of the whole mobile equipment list in the communication group is obtained from the XMPP protocol server.
Preferably, in step (2), the content of the two-dimensional code includes: the method comprises the steps that the MAC address of individual soldier equipment, a login user name and a password, a video source name added to the individual soldier equipment and an XMPP protocol server domain name needing to be registered are obtained; the individual equipment MAC address is a unique identification ID in an XMPP protocol server, and a mobile terminal of the mobile equipment is matched with the communication group through the individual equipment MAC address; the login user name and the password are used for logging in a communication group corresponding to the individual soldier equipment; the video source name added to the individual soldier equipment is used for butting the picture stream of the mobile terminal of the mobile equipment; and the domain name of the XMPP protocol server needing to be registered is used for the mobile terminal of the mobile equipment to log in the corresponding XMPP protocol server.
Preferably, in the step (3), if the mobile terminal of the mobile device has not scanned the two-dimensional code of the individual device before, the mobile terminal client of the mobile device is prompted for the first time to perform a scanning login operation; and if the two-dimension code which is scanned by the individual soldier equipment is arranged in front of the mobile terminal of the mobile equipment, logging in according to the user name of the last login operation.
Preferably, in the step (4), the mobile terminal of the mobile device inquires the XMPP protocol server whether the corresponding individual device is online, and if the corresponding individual device is not online, the mobile terminal of the corresponding mobile device cannot push the picture to the individual device, and the operation is ended; if the corresponding individual equipment is on line, inquiring the corresponding individual equipment whether the own control task is started, if not, the mobile end of the corresponding mobile equipment can not push pictures to the individual equipment, and ending the operation; and if the corresponding individual soldier equipment is on line, pushing the corresponding picture stream to the individual soldier equipment under the condition that the control task of the mobile end of the mobile equipment is started.
Preferably, in the step (5), the individual soldier equipment compares the face matching of the sent picture stream, and if corresponding alarm information is triggered, the alarm information and the face picture file information are transmitted to the mobile terminal of the mobile equipment; the mobile terminal of the mobile equipment receives the file in a file transmission mode and caches the file in the file of the local mobile equipment, and the XMPP protocol server only carries out picture stream transmission and does not store corresponding data.
The invention has the beneficial effects that: the problem of moving individual soldiers across a local area network and recognizing human faces can be solved, the limitation of a physical position and the local area network is avoided, the real-time communication problem is solved, the scene of using equipment is greatly enhanced, and the application range is wide.
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FIG. 1 is a flow chart of the method of the present invention.
Detailed Description
The invention is further described with reference to the following figures and detailed description.
In the embodiment shown in fig. 1, an implementation method of a portable real-time mobile portrait deployment and control system specifically includes the following steps:
(1) the XMPP protocol is built in the individual equipment, and the individual equipment registers and logs in and establishes a communication group; when the individual soldier equipment is registered, managing access and corresponding access equipment by using an XMPP protocol server; after the individual soldier equipment logs in an XMPP protocol server, setting the state of the individual soldier equipment to be an active state; after creating a communication group, the individual equipment acquires the online state (whether online or offline) of the whole mobile equipment list in the communication group from an XMPP protocol server;
(2) the individual soldier equipment generates a two-dimensional code for registering and logging in the mobile equipment; the content of the two-dimensional code includes: the method comprises the steps that the MAC address of individual soldier equipment, a login user name and a password, a video source name added to the individual soldier equipment and an XMPP protocol server domain name needing to be registered are obtained; the individual equipment MAC address is a unique identification ID in an XMPP protocol server, and a mobile terminal of the mobile equipment is matched with the communication group through the individual equipment MAC address; the login user name and the password are used for logging in a communication group corresponding to the individual soldier equipment; the video source name added to the individual soldier equipment is used for butting the picture stream of the mobile terminal of the mobile equipment; the domain name of the XMPP protocol server needing to be registered is used for a mobile terminal of the mobile equipment to log in the corresponding XMPP protocol server;
(3) the mobile terminal of the mobile equipment is internally provided with an XMPP protocol and scans the two-dimensional code to acquire information for login operation; if the two-dimension code of the individual soldier equipment is not scanned before the mobile terminal of the mobile equipment, prompting a mobile terminal client of the mobile equipment to perform scanning login operation for the first time; if the two-dimensional code of the scanned individual soldier equipment exists in front of the mobile terminal of the mobile equipment, logging in according to the user name of the last login operation; a mobile terminal of the mobile equipment obtains a user name which is allocated to the mobile phone equipment by the individual soldier equipment for logging in the XMPP protocol server by scanning the two-dimensional code, and a corresponding login password is allocated by the individual soldier equipment;
(4) after logging in, a mobile end of the mobile equipment enters a communication group established by the individual soldier equipment to complete pairing, and the mobile end of the mobile equipment pushes a picture stream to the individual soldier equipment; the mobile terminal of the mobile equipment inquires whether the corresponding individual equipment is on-line or not from the XMPP protocol server, if the corresponding individual equipment is not on-line, the mobile terminal of the corresponding mobile equipment cannot push pictures to the individual equipment, and the operation is finished; if the corresponding individual equipment is on line, inquiring the corresponding individual equipment whether the own control task is started, if not, the mobile end of the corresponding mobile equipment can not push pictures to the individual equipment, and ending the operation; if the corresponding individual soldier equipment is on line, under the condition that the control task of the mobile end of the mobile equipment is started, pushing the corresponding picture stream to the individual soldier equipment;
(5) the individual soldier equipment is matched and sends alarm information; the individual soldier equipment compares the face matching with the sent picture stream, and if corresponding alarm information is triggered, the alarm information and the face picture file information are transmitted to a mobile terminal of the mobile equipment; the mobile terminal of the mobile equipment receives the file in a file transmission mode and caches the file in the file of the local mobile equipment, and the XMPP protocol server only carries out picture stream transmission and does not store corresponding data, so that the information safety can be ensured.
Wherein: the XMPP protocol server refers to a server implementing the XMPP protocol, and the openfile server is one of servers implementing the XMPP protocol. The invention can connect mobile devices such as mobile phones and the like and portrait individual devices through the Internet through the xmpp protocol, and timely pushes the portrait to the individual devices through mobile phone deployment and control real-time grab pictures, so as to match sensitive and escaping personnel information, thereby assisting the public security system to solve the case in time. The design can solve the problems of moving individual soldiers across the local area network and carrying out face recognition, is not limited by a physical position and the local area network any more, solves the problem of real-time communication, greatly enhances the scene of using equipment, and has wide application range.
Claims (3)
1. A method for realizing a portable real-time mobile portrait deployment and control system is characterized by comprising the following steps:
(1) the XMPP protocol is built in the individual equipment, and the individual equipment registers and logs in and establishes a communication group; when the individual soldier equipment is registered, managing access and corresponding access equipment by using an XMPP protocol server; after the individual soldier equipment logs in an XMPP protocol server, setting the state of the individual soldier equipment to be an active state; after creating a communication group, the individual equipment acquires the online state of an integral mobile equipment list in the communication group from an XMPP protocol server;
(2) the individual soldier equipment generates a two-dimensional code for registering and logging in the mobile equipment; the content of the two-dimensional code includes: the method comprises the steps that the MAC address of individual soldier equipment, a login user name and a password, a video source name added to the individual soldier equipment and an XMPP protocol server domain name needing to be registered are obtained; the individual equipment MAC address is a unique identification ID in an XMPP protocol server, and a mobile terminal of the mobile equipment is matched with the communication group through the individual equipment MAC address; the login user name and the password are used for logging in a communication group corresponding to the individual soldier equipment; the video source name added to the individual soldier equipment is used for butting the picture stream of the mobile terminal of the mobile equipment; the domain name of the XMPP protocol server needing to be registered is used for a mobile terminal of the mobile equipment to log in the corresponding XMPP protocol server;
(3) the mobile terminal of the mobile equipment is internally provided with an XMPP protocol and scans the two-dimensional code to acquire information for login operation;
(4) after logging in, a mobile end of the mobile equipment enters a communication group established by the individual soldier equipment to complete pairing, and the mobile end of the mobile equipment pushes a picture stream to the individual soldier equipment;
(5) the individual soldier equipment is matched and sends alarm information; the individual soldier equipment compares the face matching with the sent picture stream, and if corresponding alarm information is triggered, the alarm information and the face picture file information are transmitted to a mobile terminal of the mobile equipment; the mobile terminal of the mobile equipment receives the file in a file transmission mode and caches the file in the file of the local mobile equipment, and the XMPP protocol server only carries out picture stream transmission and does not store corresponding data.
2. The method for implementing the portable real-time mobile portrait deployment and control system as claimed in claim 1, wherein in step (3), if the mobile terminal of the mobile device has not scanned the two-dimensional code of the individual soldier device before, the mobile terminal client of the mobile device is prompted for the first time to perform the scanning login operation; and if the two-dimension code which is scanned by the individual soldier equipment is arranged in front of the mobile terminal of the mobile equipment, logging in according to the user name of the last login operation.
3. The method for implementing the portable real-time mobile portrait control system as claimed in claim 1, wherein in step (4), the mobile end of the mobile device inquires the XMPP protocol server whether the corresponding individual device is online, and if the corresponding individual device is not online, the mobile end of the corresponding mobile device cannot push the picture to the individual device, and the operation is ended; if the corresponding individual equipment is on line, inquiring the corresponding individual equipment whether the own control task is started, if not, the mobile end of the corresponding mobile equipment can not push pictures to the individual equipment, and ending the operation; and if the corresponding individual soldier equipment is on line, pushing the corresponding picture stream to the individual soldier equipment under the condition that the control task of the mobile end of the mobile equipment is started.
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| CN201910586776.9A CN110312101B (en) | 2019-07-01 | 2019-07-01 | Implementation method of portable real-time mobile portrait deployment and control system |
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| CN201910586776.9A CN110312101B (en) | 2019-07-01 | 2019-07-01 | Implementation method of portable real-time mobile portrait deployment and control system |
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| CN113283410B (en) * | 2021-07-26 | 2022-06-21 | 浙江宇视科技有限公司 | Face enhancement recognition method, device and equipment based on data association analysis |
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