CN108270995B - Communication method and system between terminal and video monitoring equipment - Google Patents

Communication method and system between terminal and video monitoring equipment Download PDF

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Publication number
CN108270995B
CN108270995B CN201710001392.7A CN201710001392A CN108270995B CN 108270995 B CN108270995 B CN 108270995B CN 201710001392 A CN201710001392 A CN 201710001392A CN 108270995 B CN108270995 B CN 108270995B
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video monitoring
communication system
converged communication
terminal
monitoring system
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CN108270995A (en
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张慧媛
黄更生
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China Mobile Communications Group Co Ltd
China Mobile Communications Ltd Research Institute
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China Mobile Communications Group Co Ltd
China Mobile Communications Ltd Research Institute
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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04NPICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N7/00Television systems
    • H04N7/18Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
    • H04L51/56Unified messaging, e.g. interactions between e-mail, instant messaging or converged IP messaging [CPM]

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  • Engineering & Computer Science (AREA)
  • Signal Processing (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Multimedia (AREA)
  • Telephonic Communication Services (AREA)

Abstract

The embodiment of the invention provides a communication method and a communication system between a terminal and video monitoring equipment, wherein the method comprises the following steps: acquiring a subscription request for subscribing video information of video monitoring equipment accessed to a video monitoring system, which is initiated by at least one first terminal accessed to a converged communication system; the converged communication system sends the subscription request to the video monitoring system; and the converged communication system acquires the video information of the video monitoring equipment returned by the video monitoring system according to the subscription request and sends the video information to the first terminal. The scheme of the invention realizes the integration of the converged communication system and the video monitoring system.

Description

Communication method and system between terminal and video monitoring equipment
Technical Field
The present invention relates to the field of converged communication technologies, and in particular, to a method and a system for communication between a terminal and a video monitoring device.
Background
The existing converged communication scheme is shown in fig. 1, and includes a BOSS (Business Operation Support System), a DM Server (DM Server), an RCS AS (converged communication Server-application Server), a Telephony AS (Telephony application Server), an IMS Core (IP multimedia subsystem Core), and a terminal (UE); wherein, BOSS is connected with the terminal through SOAP/XML interface and is connected with Telephony AS through Ro interface/FTP; the DM server is connected with the terminal through an OMA DM interface; the DM server is connected with Telephony AS through a SOAP interface and is connected with RCS AS through a SOAP interface; the RCS AS is connected with the terminal through an XCAP interface/Ut interface; the Telephony AS is connected with the terminal through a Ut interface; the IMS Core is connected to the terminal through the Gm interface.
The system can accomplish user management, connection establishment and messaging, wherein the key system is the IMS Core.
As shown in fig. 2: the specific architecture of the IMS Core includes: SGSN (serving GPRS support node), GGSN (gateway GPRS support node), Internet (Internet) and PSTN (public switched telephone network), and IMS systems. In the figure, the solid line represents data transmission, and the dotted line represents signaling transmission.
Most of the existing video monitoring services have single functions, and only dynamic or static images set by a camera can be watched through a computer or a mobile phone. Conversation and message forwarding between receiving terminals cannot be realized. Part of the video system with the added multimedia message interaction is limited to the message transmission between the terminals supported by the system, the expandability is not strong, and the information can not be exchanged with the public network users. For the scheme combining the converged communication and the video monitoring, the service can only be one set of video monitoring service, and the architecture is not suitable for deploying converged communication services in a large scale and is also not suitable for deploying video monitoring services in a large scale.
The IMS system is used for realizing converged communication, and the defects of complex system and large data flow of terminal receiving and transmitting exist. The MQTT is utilized to realize convergence of communication services, so that networking complexity can be reduced, data volume can be reduced, communication efficiency can be improved, and terminal processing speed can be increased.
As shown in fig. 3, the MQTT (message queue telemetry transport) protocol only defines message interaction between publisher (publish client) and broker (subscribe server), and message interaction between broker (server) and subscribe client, and does not define a framework of multi-broker concatenation, i.e. message passing between multi-brokers.
Disclosure of Invention
The invention provides a communication method and a communication system between a terminal and video monitoring equipment. The fusion of the fusion communication system and the video monitoring system is realized.
To solve the above technical problem, an embodiment of the present invention provides the following solutions:
a communication method between a terminal and a video monitoring device comprises the following steps:
acquiring a subscription request for subscribing video information of video monitoring equipment accessed to a video monitoring system, which is initiated by at least one first terminal accessed to a converged communication system;
the converged communication system sends the subscription request to the video monitoring system;
and the converged communication system acquires a subscription success message returned by the video monitoring system according to the subscription request, and enables the video monitoring system to send the video information of the video monitoring equipment to the first terminal.
Wherein the step of the converged communication system sending the subscription request to the video surveillance system comprises:
the converged communication system sends a subscription request carrying an ID of a video monitoring device to be accessed to the video monitoring system, and determines the address of the video monitoring system accessed by the video monitoring device according to the ID of the video monitoring device;
and the converged communication system sends the subscription request to the video monitoring system according to the address of the video monitoring system.
The step of sending a subscription request carrying an ID of a video monitoring device to be accessed to the video monitoring system by the converged communication system, and determining an address of the video monitoring system to which the video monitoring device is accessed according to the ID of the video monitoring device, includes:
the converged communication system sends a subscription request carrying the ID of the video monitoring equipment to be accessed to an address server;
and the converged communication system receives the address of the video monitoring system returned by the address server, wherein the address of the video monitoring system is determined by the address server according to the ID of the video monitoring equipment.
The step of sending a subscription request carrying an ID of a video monitoring device to be accessed to the video monitoring system by the converged communication system, and determining an address of the video monitoring system to which the video monitoring device is accessed according to the ID of the video monitoring device, includes:
the converged communication system directly sends a subscription request with the ID of the video monitoring equipment to be accessed to a video monitoring system cascaded with the converged communication system, and determines the address of the video monitoring system accessed by the video monitoring equipment according to the ID of the video monitoring equipment.
The communication method between the terminal and the video monitoring equipment further comprises the following steps:
the video monitoring system receives a connection request of the video monitoring equipment;
the video monitoring system authenticates the video monitoring equipment and returns a connection success message to the video monitoring equipment;
and the video monitoring system receives the video information issued by the video monitoring equipment.
The communication method between the terminal and the video monitoring equipment further comprises the following steps:
the converged communication system receives a disconnection request sent by the first terminal;
and the converged communication system sends the disconnection request to the video monitoring system, so that the video monitoring system stops pushing the video information of the video monitoring equipment to the first terminal.
The communication method between the terminal and the video monitoring equipment further comprises the following steps:
and the video monitoring system receives a disconnection request sent by the video monitoring equipment.
The embodiment of the present invention further provides a communication system between a terminal and a video monitoring device, including: a converged communication system and a video surveillance system, wherein,
the converged communication system is used for acquiring a subscription request initiated by at least one first terminal accessing the converged communication system for subscribing video information of video monitoring equipment accessing the video monitoring system;
the converged communication system sends the subscription request to the video monitoring system;
and the converged communication system acquires a subscription success message returned by the video monitoring system according to the subscription request, and enables the video monitoring system to send the video information of the video monitoring equipment to the first terminal.
The converged communication system sends a subscription request carrying an ID of a video monitoring device to be accessed to the video monitoring system, and determines an address of the video monitoring system accessed by the video monitoring device according to the ID of the video monitoring device;
and the converged communication system sends the subscription request to the video monitoring system according to the address of the video monitoring system.
The converged communication system sends a subscription request carrying an ID of a video monitoring device to be accessed to an address server;
and the converged communication system receives the address of the video monitoring system returned by the address server, wherein the address of the video monitoring system is determined by the address server according to the ID of the video monitoring equipment.
The converged communication system directly sends a subscription request with the ID of the video monitoring equipment to be accessed to a video monitoring system cascaded with the converged communication system, and determines the address of the video monitoring system accessed by the video monitoring equipment according to the ID of the video monitoring equipment.
The video monitoring system receives a connection request of the video monitoring equipment;
the video monitoring system authenticates the video monitoring equipment and returns a connection success message to the video monitoring equipment;
and the video monitoring system receives the video information issued by the video monitoring equipment.
The converged communication system receives a disconnection request sent by the first terminal;
and the converged communication system sends the disconnection request to the video monitoring system, so that the video monitoring system stops pushing the video information of the video monitoring equipment to the first terminal.
The video monitoring system receives a disconnection request sent by the video monitoring equipment.
The scheme of the invention at least comprises the following beneficial effects:
according to the scheme, a subscription request for subscribing the video information of the video monitoring equipment accessed to the video monitoring system is obtained, wherein the subscription request is initiated by at least one first terminal accessed to the converged communication system; the converged communication system sends the subscription request to the video monitoring system; and the converged communication system acquires the video information of the video monitoring equipment returned by the video monitoring system according to the subscription request and sends the video information to the first terminal. The fusion of the fusion communication system and the video monitoring system is realized.
Drawings
Fig. 1 is a schematic diagram of a conventional converged communication architecture;
fig. 2 is a schematic diagram of an IMS Core in a conventional converged communication architecture;
FIG. 3 is a schematic diagram of a conventional subscription system;
FIG. 4 is a flow chart of a communication method between a terminal and a video monitoring device according to the present invention;
FIG. 5 is a flowchart illustrating a communication method between a terminal and a video monitoring device according to an embodiment of the present invention;
fig. 6 is a system architecture diagram of the present invention.
Detailed Description
Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the present disclosure may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.
As shown in fig. 4, an embodiment of the present invention provides a communication method between a terminal and a video monitoring device, including:
step 41, acquiring a subscription request initiated by at least one first terminal accessing the converged communication system for subscribing video information of video monitoring equipment accessing the video monitoring system;
step 42, the converged communication system sends the subscription request to the video monitoring system;
and 43, the converged communication system obtains a subscription success message returned by the video monitoring system according to the subscription request, and enables the video monitoring system to send the video information of the video monitoring equipment to the first terminal.
According to the scheme, a subscription request for subscribing the video information of the video monitoring equipment accessed to the video monitoring system is obtained, wherein the subscription request is initiated by at least one first terminal accessed to the converged communication system; the converged communication system sends the subscription request to the video monitoring system; and the converged communication system acquires the video information of the video monitoring equipment returned by the video monitoring system according to the subscription request and sends the video information to the first terminal. The fusion of the fusion communication system and the video monitoring system is realized.
In one embodiment of the present invention, as shown in figure 5,
wherein said step 42 comprises:
step 421, the converged communication system sends a subscription request carrying an ID of a video monitoring device to be accessed to the video monitoring system, and determines an address of the video monitoring system to which the video monitoring device is accessed according to the ID of the video monitoring device;
step 422, the converged communication system sends the subscription request to the video monitoring system according to the address of the video monitoring system.
Wherein, step 421 may specifically include:
the converged communication system sends a subscription request carrying the ID of the video monitoring equipment to be accessed to an address server;
and the converged communication system receives the address of the video monitoring system returned by the address server, wherein the address of the video monitoring system is determined by the address server according to the ID of the video monitoring equipment.
Step 421 may also include:
the converged communication system directly sends a subscription request with the ID of the video monitoring equipment to be accessed to a video monitoring system cascaded with the converged communication system, and determines the address of the video monitoring system accessed by the video monitoring equipment according to the ID of the video monitoring equipment.
In a specific embodiment of the communication method between the terminal and the video monitoring device, the method further includes:
the video monitoring system receives a connection request of the video monitoring equipment;
the video monitoring system authenticates the video monitoring equipment and returns a connection success message to the video monitoring equipment;
and the video monitoring system receives the video information issued by the video monitoring equipment.
In a specific embodiment of the communication method between the terminal and the video monitoring device, the method further includes:
the converged communication system receives a disconnection request sent by the first terminal;
and the converged communication system sends the disconnection request to the video monitoring system, so that the video monitoring system stops pushing the video information of the video monitoring equipment to the first terminal.
In a specific embodiment of the communication method between the terminal and the video monitoring device, the method further includes:
and the video monitoring system receives a disconnection request sent by the video monitoring equipment, and the video monitoring equipment is closed.
As shown in fig. 5, a specific implementation flow of the communication method between the terminal and the video monitoring device of the present invention includes:
a first terminal (client) initiates a connection request (Connect) to a converged communication system;
the converged communication system returns a Connection response (Connection ACK) to the first terminal;
a first terminal initiates a subscription request to a converged communication system;
the converged communication system sends a query request for querying the address of the video monitoring system to an address server according to the subscription request, wherein the query request carries a camera ID of video information of a camera to be subscribed by the subscription request;
the address server searches the address of the video monitoring system connected with the camera according to the ID of the camera, and returns the address of the video monitoring system to the converged communication system;
the converged communication system sends a subscription request to the video monitoring system according to the address of the video monitoring system;
the video monitoring system sends the successful subscription response of video information (including video files, pictures, video streams and the like) to the converged communication system;
the video monitoring system sends the release information to the first terminal;
and after receiving the issuing response of the first terminal, the video monitoring system pushes the video information to the first terminal.
The first terminal is disconnected and the camera is disconnected (Disconnect).
The embodiment of the invention realizes the fusion of the fusion communication system and the video monitoring system, the video monitoring professional staff can work without installing a special client, the fusion communication client is used for business operation and check at any time and any place, and the function of the fusion communication client can be utilized to realize the message forwarding among staff in a working group.
A scheme of cascading a plurality of MQTT agents is defined, and terminals with functions in different fields are accessed to different MQTT agents, so that service management, function expansion and external capability opening of different services are facilitated.
Under a protocol architecture, the connection between people, the connection between objects and the connection between people and objects are realized.
As shown in fig. 6, an embodiment of the present invention further provides a communication system between a terminal and a video monitoring device, including: a converged communication system and a video surveillance system, wherein,
the converged communication system is used for acquiring a subscription request initiated by at least one first terminal accessing the converged communication system for subscribing video information of video monitoring equipment accessing the video monitoring system;
the converged communication system sends the subscription request to the video monitoring system;
and the converged communication system acquires a subscription success message returned by the video monitoring system according to the subscription request, and enables the video monitoring system to send the video information of the video monitoring equipment to the first terminal.
The converged communication system sends a subscription request carrying an ID of a video monitoring device to be accessed to the video monitoring system, and determines an address of the video monitoring system accessed by the video monitoring device according to the ID of the video monitoring device;
and the converged communication system sends the subscription request to the video monitoring system according to the address of the video monitoring system.
The converged communication system sends a subscription request carrying an ID of a video monitoring device to be accessed to an address server;
and the converged communication system receives the address of the video monitoring system returned by the address server, wherein the address of the video monitoring system is determined by the address server according to the ID of the video monitoring equipment.
The converged communication system directly sends a subscription request with the ID of the video monitoring equipment to be accessed to a video monitoring system cascaded with the converged communication system, and determines the address of the video monitoring system accessed by the video monitoring equipment according to the ID of the video monitoring equipment.
The video monitoring system receives a connection request of the video monitoring equipment;
the video monitoring system authenticates the video monitoring equipment and returns a connection success message to the video monitoring equipment;
and the video monitoring system receives the video information issued by the video monitoring equipment.
The converged communication system receives a disconnection request sent by the first terminal;
and the converged communication system sends the disconnection request to the video monitoring system, so that the video monitoring system stops pushing the video information of the video monitoring equipment to the first terminal.
The video monitoring system receives a disconnection request sent by the video monitoring equipment.
In the system embodiment of the invention, at least one first terminal is connected with the converged communication system, the converged communication system supports the MQTT protocol, the video monitoring system supports the MQTT protocol, and both the MQTT protocol and the MQTT protocol can be realized by a server supporting the MQTT protocol, wherein the converged communication system realizes public converged communication services, including registration, connection, addressing, management, message forwarding and the like of user terminals.
The video monitoring equipment can be a camera, the camera is accessed into the video monitoring system, the camera supporting the MQTT protocol can be directly connected with the video monitoring system, and the camera not supporting the MQTT protocol is accessed into the video monitoring system through the MQTT gateway. The video monitoring system realizes the management of the camera and the authority management of the user, and realizes the uploading, live broadcasting and watching back of the video.
While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined in the appended claims.

Claims (14)

1. A communication method between a terminal and video monitoring equipment is characterized by comprising the following steps:
acquiring a subscription request for subscribing video information of video monitoring equipment accessed to a video monitoring system, which is initiated by at least one first terminal accessed to a converged communication system; the converged communication system supports an MQTT protocol, the video monitoring system supports the MQTT protocol, and the MQTT protocol and the video monitoring system are both realized by a server supporting the MQTT protocol, wherein the converged communication system realizes public converged communication service, defines a scheme of cascading a plurality of MQTT agents, and accesses terminals with different field functions into different MQTT agents;
the converged communication system sends the subscription request to the video monitoring system;
and the converged communication system acquires a subscription success message returned by the video monitoring system according to the subscription request, and enables the video monitoring system to send the video information of the video monitoring equipment to the first terminal.
2. The method according to claim 1, wherein the step of the converged communication system sending the subscription request to the video monitoring system comprises:
the converged communication system sends a subscription request carrying an ID of a video monitoring device to be accessed to the video monitoring system, and determines the address of the video monitoring system accessed by the video monitoring device according to the ID of the video monitoring device;
and the converged communication system sends the subscription request to the video monitoring system according to the address of the video monitoring system.
3. The communication method between the terminal and the video monitoring device according to claim 2, wherein the step of the converged communication system sending a subscription request carrying an ID of the video monitoring device to be accessed to the video monitoring system and determining an address of the video monitoring system to which the video monitoring device is accessed according to the ID of the video monitoring device comprises:
the converged communication system sends a subscription request carrying the ID of the video monitoring equipment to be accessed to an address server;
and the converged communication system receives the address of the video monitoring system returned by the address server, wherein the address of the video monitoring system is determined by the address server according to the ID of the video monitoring equipment.
4. The communication method between the terminal and the video monitoring device according to claim 2, wherein the step of the converged communication system sending a subscription request carrying an ID of the video monitoring device to be accessed to the video monitoring system and determining an address of the video monitoring system to which the video monitoring device is accessed according to the ID of the video monitoring device comprises:
the converged communication system directly sends a subscription request with the ID of the video monitoring equipment to be accessed to a video monitoring system cascaded with the converged communication system, and determines the address of the video monitoring system accessed by the video monitoring equipment according to the ID of the video monitoring equipment.
5. The communication method between the terminal and the video monitoring device according to any one of claims 1 to 4, further comprising:
the video monitoring system receives a connection request of the video monitoring equipment;
the video monitoring system authenticates the video monitoring equipment and returns a connection success message to the video monitoring equipment;
and the video monitoring system receives the video information issued by the video monitoring equipment.
6. The communication method between the terminal and the video monitoring device according to any one of claims 1 to 4, further comprising:
the converged communication system receives a disconnection request sent by the first terminal;
and the converged communication system sends the disconnection request to the video monitoring system, so that the video monitoring system stops pushing the video information of the video monitoring equipment to the first terminal.
7. The communication method between the terminal and the video monitoring device according to any one of claims 1 to 4, further comprising:
and the video monitoring system receives a disconnection request sent by the video monitoring equipment.
8. A communication system between a terminal and a video monitoring device, comprising: a converged communication system and a video surveillance system, wherein,
the converged communication system is used for acquiring a subscription request initiated by at least one first terminal accessing the converged communication system for subscribing video information of video monitoring equipment accessing the video monitoring system; the converged communication system supports an MQTT protocol, the video monitoring system supports the MQTT protocol, and the MQTT protocol and the video monitoring system are both realized by a server supporting the MQTT protocol, wherein the converged communication system realizes public converged communication service, defines a scheme of cascading a plurality of MQTT agents, and accesses terminals with different field functions into different MQTT agents;
the converged communication system sends the subscription request to the video monitoring system;
and the converged communication system acquires a subscription success message returned by the video monitoring system according to the subscription request, and enables the video monitoring system to send the video information of the video monitoring equipment to the first terminal.
9. The communication system between the terminal and the video monitoring device according to claim 8, wherein the converged communication system sends a subscription request carrying an ID of a video monitoring device to be accessed to the video monitoring system, and determines an address of the video monitoring system to which the video monitoring device is accessed according to the ID of the video monitoring device;
and the converged communication system sends the subscription request to the video monitoring system according to the address of the video monitoring system.
10. The communication system between the terminal and the video monitoring device according to claim 9, wherein the converged communication system sends a subscription request carrying an ID of the video monitoring device to be accessed to an address server;
and the converged communication system receives the address of the video monitoring system returned by the address server, wherein the address of the video monitoring system is determined by the address server according to the ID of the video monitoring equipment.
11. The communication system between the terminal and the video monitoring device according to claim 9, wherein the converged communication system directly sends a subscription request with an ID of the video monitoring device to be accessed to the video monitoring system cascaded with the converged communication system, and determines an address of the video monitoring system to which the video monitoring device is accessed according to the ID of the video monitoring device.
12. Communication system between a terminal and a video monitoring device according to any of claims 8-11,
the video monitoring system receives a connection request of the video monitoring equipment;
the video monitoring system authenticates the video monitoring equipment and returns a connection success message to the video monitoring equipment;
and the video monitoring system receives the video information issued by the video monitoring equipment.
13. Communication system between a terminal and a video monitoring device according to any of claims 8-11,
the converged communication system receives a disconnection request sent by the first terminal;
and the converged communication system sends the disconnection request to the video monitoring system, so that the video monitoring system stops pushing the video information of the video monitoring equipment to the first terminal.
14. A communication system between a terminal and a video monitoring device according to any of claims 8-11, wherein the video monitoring system receives a disconnection request sent by the video monitoring device.
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