CN111935440A - Full scene cooperative device and method based on IMS system real-time video communication - Google Patents
Full scene cooperative device and method based on IMS system real-time video communication Download PDFInfo
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- CN111935440A CN111935440A CN202010814879.9A CN202010814879A CN111935440A CN 111935440 A CN111935440 A CN 111935440A CN 202010814879 A CN202010814879 A CN 202010814879A CN 111935440 A CN111935440 A CN 111935440A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/14—Systems for two-way working
- H04N7/141—Systems for two-way working between two video terminals, e.g. videophone
- H04N7/142—Constructional details of the terminal equipment, e.g. arrangements of the camera and the display
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
- H04L65/10—Architectures or entities
- H04L65/1016—IP multimedia subsystem [IMS]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
- H04L65/1066—Session management
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
- H04L65/1066—Session management
- H04L65/1069—Session establishment or de-establishment
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
- H04L65/1066—Session management
- H04L65/1101—Session protocols
- H04L65/1104—Session initiation protocol [SIP]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/60—Network structure or processes for video distribution between server and client or between remote clients; Control signalling between clients, server and network components; Transmission of management data between server and client, e.g. sending from server to client commands for recording incoming content stream; Communication details between server and client
- H04N21/63—Control signaling related to video distribution between client, server and network components; Network processes for video distribution between server and clients or between remote clients, e.g. transmitting basic layer and enhancement layers over different transmission paths, setting up a peer-to-peer communication via Internet between remote STB's; Communication protocols; Addressing
- H04N21/647—Control signaling between network components and server or clients; Network processes for video distribution between server and clients, e.g. controlling the quality of the video stream, by dropping packets, protecting content from unauthorised alteration within the network, monitoring of network load, bridging between two different networks, e.g. between IP and wireless
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/14—Systems for two-way working
- H04N7/15—Conference systems
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Abstract
The invention discloses a full scene cooperative device and a method based on IMS system real-time video communication, which comprises a first IMS terminal, a second IMS terminal, an IMS cloud communication system, an industry private IMS system and a communication operator IMS core network system, wherein the first IMS terminal can set a plurality of different IMS accounts which can dial calls by one key, and the IMS accounts correspond to the second IMS terminal; the first IMS terminal establishes real-time video communication with the second IMS terminal through AI man-machine interaction or a one-key calling mode. The IMS terminal is used as a communication bearer, the first IMS terminal dials an IMS account corresponding to the second IMS terminal to realize point-to-point real-time video communication between the first IMS terminal and the second IMS terminal, the video conference between the first IMS terminal and a plurality of IMS accounts which can dial the call by one key under different scenes is met, and the cross-department collaborative requirement is met; meanwhile, the first IMS terminal sends the full-scene identification information shot by the camera to the second IMS terminal, and the scene adaptability of the invention is further improved.
Description
Technical Field
The invention belongs to the technical field of network communication, and relates to a full scene cooperative device and method based on IMS system real-time video communication.
Background
The current market for applications based on real-time video communication is ubiquitous in landing fault, for example: the WeChat and the WeChat friends can communicate with each other through videos, but cannot communicate with mobile phones or fixed phones of operators through videos; the free video communication can not be realized among different operators in view of the problems of asynchronous core network construction, interconnection, intercommunication, settlement and the like. The real-time video communication plays an important role in the real-time performance of individual combat, emergency rescue and disaster relief and remote command and dispatch, and is widely applied. At present, a method for providing background and field remote video connection by adopting a network cloud monitoring mode exists, but the method does not have the series problems of one-touch calling real-time video communication, incapability of autonomously and safely and controllably preventing other numbers from harassment by a user number, incapability of guaranteeing the priority of Qos video communication and the like.
Disclosure of Invention
The invention aims to solve the technical problem of providing a full scene cooperative device and a full scene cooperative method based on real-time video communication of an IMS (IP multimedia subsystem), wherein the IMS is used as a communication bearer, and a first IMS terminal can set a plurality of different IMS accounts which can be called by one-key dialing, so that the emergency scene requirement of the quick one-key dialing real-time video communication is met, and the scene adaptability is improved.
The invention is realized by the following technical scheme:
a full scene cooperative device based on IMS system real-time video communication comprises a first IMS terminal and an IMS cloud communication system connected with the first IMS terminal, wherein the IMS cloud communication system is respectively connected with an industry private IMS system and a communication operator IMS core network system;
the first IMS terminal comprises an AR helmet, AR glasses, an AR law enforcement recorder or electronic equipment provided with an SIP client; the first IMS terminal is provided with a camera for full scene identification; the first IMS terminal can set a plurality of different IMS accounts which can dial calls by one key;
the industry private IMS system and the communication operator IMS core network system are both connected with a second IMS terminal; the second IMS terminal corresponds to the IMS account which is set by the first IMS terminal and can be called by one key; and the first IMS terminal establishes real-time video communication with an IMS account of the second IMS terminal in an AI man-machine interaction or one-key calling mode.
Further, the second IMS terminal includes an SIP videophone and an electronic device installed with an SIP client.
Further, the second IMS terminal further includes a mobile communication terminal connected to an IMS core network system of a communication operator.
Further, the industry private IMS system and the communication operator IMS core network system establish communication connection of voice, video and data with the IMS cloud communication system through physical isolation USB online lines.
Furthermore, the IMS cloud communication system is respectively connected with an IMS tent management system, an IMS cloud video system, an IMS rich media message system and an IMS member management system through a database;
the IMS cloud communication system is used for communication bearing and account registration; the IMS tent management system is used for authorized distribution of IMS accounts and distributing a plurality of different IMS accounts which can dial calls one by one to a first IMS terminal; the IMS cloud video system is used for establishing real-time video communication between IMS accounts of the first IMS terminal and the second IMS terminal;
the IMS rich media message system is used for taking pictures or recording scenes meeting judgment conditions according to the full scene identification conditions preset by the first IMS terminal by the camera according to the full scene identification conditions preset by the first IMS terminal when the first IMS terminal is in a non-communication state to obtain pictures or videos identified by the full scene, and sending the pictures or videos to the first IMS terminal for storage; after the IMS accounts of the first IMS terminal and the second IMS terminal realize real-time video communication, the first IMS terminal sends the stored pictures or videos to the second IMS terminal; the IMS member management system is used for meeting the communication between the first IMS terminal and the installation-free web phone.
The invention also provides a full scene cooperation method of the full scene cooperation device based on the real-time video communication of the IMS system, which comprises the following steps:
(1) a camera of the first IMS terminal peripheral performs full scene recognition in a non-communication state according to a full scene recognition condition preset by the first IMS terminal, and sends full scene recognition information meeting the judgment condition to the first IMS terminal for storage;
(2) when a first IMS terminal requests to communicate with a second IMS terminal, the first IMS terminal rapidly dials an IMS account which is set by the first IMS terminal and can be dialed by one key in an AI man-machine interaction or one-key calling mode;
(3) if the dialed IMS account signaling is detected to be in a registered offline, busy line or disconnected network state, the first IMS terminal automatically dials other IMS accounts which can be dialed by one key and are set by the first IMS terminal until the IMS account signaling is dialed;
(4) and after the call is completed, the first IMS terminal sends the stored full-scene identification information meeting the judgment condition to a second IMS terminal corresponding to the called IMS account, and displays a real-time video scene picture to the second IMS terminal corresponding to the called IMS account, and real-time video communication is established between the IMS accounts of the first IMS terminal and the second IMS terminal.
Further, point-to-point real-time visual communication is established between the first IMS terminal and second IMS terminals of an industry private IMS system and an IMS core network system of a communication operator respectively.
Further, the camera of the first IMS terminal peripheral performs full scene recognition in a non-communication state, photographs or records to obtain a photo or video recognized in the full scene, and the camera sends the photo or video meeting the determination condition to the first IMS terminal for storage.
Further, when the second IMS terminal requests communication with the first IMS terminal, the second IMS terminal quickly dials the IMS account set by the first IMS terminal, which can be called by one key, in an AI human-computer interaction or one-key call manner, and establishes real-time video communication with the first IMS terminal after dialing through the IMS account of the second IMS terminal.
Compared with the prior art, the invention has the following beneficial technical effects:
the invention discloses a full scene cooperative device and a full scene cooperative method based on IMS system real-time video communication, which comprises a first IMS terminal, a second IMS terminal, an IMS cloud communication system, an industry private IMS system and a communication operator IMS core network system; the first IMS terminal can set a plurality of different IMS accounts which can dial calls by one key; the industry private IMS system and the communication operator IMS core network system comprise a second IMS terminal corresponding to an IMS account set by a first IMS terminal, and the first IMS terminal establishes real-time video communication with the IMS account of the second IMS terminal, which can make a call by one key, in an AI (artificial intelligence) man-machine interaction or one-key call mode. The IMS terminal takes an IMS system as a communication bearer, the first IMS terminal can set a plurality of different IMS accounts which can be called by one key, the requirement of the emergency scene of the quick one-key dialing real-time video communication is met, the video conference between the first IMS terminal and the plurality of IMS accounts which can be called by one key of the second IMS terminal under different scenes is also met, the requirement of cross-department cooperation is met, and the scene adaptability of the invention is further improved.
According to the full-scene cooperation method based on the real-time video communication of the IMS system, the real-time video communication is established between the first IMS terminal and the IMS account which can make a call by one key in an AI (artificial intelligence) man-machine interaction or one-key calling mode, meanwhile, only the terminal equipment corresponding to the IMS account which is set by one-key making a call is allowed to make a call to the first IMS terminal in real-time video communication, the terminal equipment corresponding to the IMS account which is set by non-one-key making a call cannot call in the first IMS terminal or establish a video conference, communication disturbance is prevented, and the safety under an emergency scene is greatly guaranteed; meanwhile, the video conference is established between a plurality of IMS accounts which can be called by one key of the first IMS terminal and the second IMS terminal in different scenes, and the cross-department collaborative requirement is met.
In addition, the invention carries out full scene recognition through a camera arranged outside the first IMS terminal, the camera carries out full scene recognition in a non-communication state according to the full scene recognition condition preset by the first IMS terminal, photos or videos of the full scene recognition are obtained by taking pictures or recording the pictures, the camera sends the pictures or the videos meeting the judgment condition to the first IMS terminal for storage, and the first IMS terminal sends the pictures or the videos to the second IMS terminal after dialing through the second IMS terminal; the invention effectively integrates the applications of AI man-machine interaction, camera full scene identification and the like, not only realizes the real-time video communication between the first IMS terminal and the second IMS terminal, but also can carry out full scene identification under the non-communication state of the camera, and sends the photo or video identified by the full scene to the second IMS terminal after the real-time video of the first IMS terminal and the second IMS terminal is communicated, thereby achieving the purpose of carrying out real-time video communication between the AI man-machine interaction, the full scene identification and the terminal equipment needing to be communicated, and further improving the full scene synergy efficiency of the invention.
Drawings
Fig. 1 is a schematic view of a full scene cooperative apparatus based on IMS system real-time video communication according to the present invention.
Detailed Description
The present invention will now be described in further detail with reference to the attached drawings, which are illustrative, but not limiting, of the present invention.
Referring to fig. 1, a full-scene collaborative device based on IMS system real-time video communication includes a first IMS terminal and an IMS cloud communication system connected thereto, where the IMS cloud communication system is connected to an industry private IMS system and a communication operator IMS core network system, respectively;
the first IMS terminal comprises an AR helmet, AR glasses, an AR law enforcement recorder or electronic equipment provided with an SIP client; the first IMS terminal is provided with a camera for full scene identification; the first IMS terminal can set a plurality of different IMS accounts which can dial calls by one key;
the industry private IMS system and the communication operator IMS core network system are both connected with a second IMS terminal; the second IMS terminal corresponds to the IMS account which is set by the first IMS terminal and can be called by one key; and the first IMS terminal establishes real-time video communication with an IMS account of the second IMS terminal in an AI man-machine interaction or one-key calling mode.
IMS (IP Multimedia subsystem), an IP Multimedia subsystem, is proposed by the 3GPP standards organization based on the R5 version, and is a general network architecture for providing Multimedia services on an IP-based network, which has become the basis of convergence evolution of fixed and mobile networks due to its unique advantages, and is a new generation of network communication technology standard, and in view of IMS having Multimedia communication capability, there is a general demand for Multimedia interworking between IMS systems in real applications.
The full scene cooperative device based on the IMS system real-time video communication provided by the invention takes the IMS system as a communication bearer, and establishes intercommunication between a first IMS terminal and a second IMS terminal of an industry private IMS system and an IMS core network system of a communication operator, so that real-time video communication is realized between an SIP visual phone of the first IMS terminal and the second IMS terminal and equipment provided with an accessible SIP client, and the real-time video communication is also realized between the first IMS terminal and a VOLTE or VONR mobile communication terminal of the communication operator.
The first IMS terminal can set a plurality of different IMS accounts which can be dialed by one key quickly, a user can autonomously manage the IMS accounts which can be dialed by one key as required, a first IMS account which can be in real-time video communication with the IMS system of the unit is limited, a second IMS terminal corresponding to the first IMS account which can be dialed by one key can be limited to be in real-time video communication with the first IMS terminal of the unit, and a second IMS terminal corresponding to the IMS account which is not dialed by one key can not call the first IMS terminal and can not establish a video conference, so that communication disturbance is prevented, and the safety of an emergency scene is greatly guaranteed; meanwhile, different IMS accounts can be dialed in one key in different scenes, the cross-department collaborative requirement is met, and the scene adaptability is improved.
Further, the second IMS terminal includes an SIP videophone and an electronic device installed with an SIP client.
Further, the second IMS terminal further includes a mobile communication terminal connected to an IMS core network system of a communication operator.
Specifically, the first IMS terminal includes an AR helmet, AR glasses, an AR law enforcement recorder, or an electronic device equipped with an SIP client, and the first IMS terminal can communicate with a second IMS terminal set in an IMS account by a one-touch call in an AI human-computer interaction or one-touch call manner, for example, the first IMS terminal can establish real-time visual communication with an SIP video phone accessed by an industry private IMS system or an electronic device equipped with an SIP client; the first IMS terminal can also establish real-time visual communication with an SIP video phone accessed by an IMS core network system of a communication operator, the electronic equipment provided with the SIP client and the VOLTE/VONR mobile communication terminal.
Further, the industry private IMS system and the communication operator IMS core network system establish communication connection of voice, video and data with the IMS cloud communication system through physical isolation USB online lines. The industry private IMS system, the communication operator IMS core network system and the IMS cloud communication system are mutually in account intercommunication relation according to an IMS communication standard.
Furthermore, the IMS cloud communication system is respectively connected with an IMS tent management system, an IMS cloud video system, an IMS rich media message system and an IMS member management system through a database;
the IMS cloud communication system is used for communication bearing and account registration; the IMS tent management system is used for authorized distribution of IMS accounts and distributing a plurality of different IMS accounts which can dial calls one by one to a first IMS terminal; the IMS cloud video system is used for establishing real-time video communication between IMS accounts of the first IMS terminal and the second IMS terminal;
the IMS rich media message system is used for taking pictures or recording scenes meeting judgment conditions according to the full scene identification conditions preset by the first IMS terminal by the camera according to the full scene identification conditions preset by the first IMS terminal when the first IMS terminal is in a non-communication state to obtain pictures or videos identified by the full scene, and sending the pictures or videos to the first IMS terminal for storage; after the IMS accounts of the first IMS terminal and the second IMS terminal realize real-time video communication, the first IMS terminal sends the stored pictures or videos to the second IMS terminal; the IMS member management system is used for meeting the communication between the first IMS terminal and the installation-free web phone.
Specifically, the camera has an anti-shake function and can automatically recognize the whole scene in a non-communication state. The camera can automatically perform full scene recognition in the non-real-time communication process, and pushes recognized full scene pictures or videos to a second IMS terminal in a message mode, wherein the second IMS terminal corresponds to an IMS account which is set by a first IMS terminal of an industry private IMS system and an IMS core network system of a communication operator and can be called by one key.
The IMS rich media message system is used for sending scene pictures or videos which are judged to be in accordance with conditions to a second IMS terminal corresponding to a one-key called IMS account in a message mode according to full scene identification conditions preset by a first IMS terminal when the first IMS terminal is in a non-communication state, and the first IMS account is usually defaulted to be the first IMS account; for example: the camera identifies that no safety helmet is worn by a person on the site, and then sends the picture of the person who does not wear the safety helmet to the first IMS terminal for storage; after the first IMS terminal and the second IMS terminal are communicated, the first IMS terminal sends the picture of the person who does not wear the safety helmet to the second IMS terminal corresponding to the called IMS account in a message pushing mode. The IMS member management system is reserved with a bearing webrtc communication mode system interface used for web page telephones (including videos and messages), webrtc applets and the like, and communication between the first IMS terminal and the installation-free web telephone is met.
The invention also provides a full scene cooperation method of the full scene cooperation device based on the real-time video communication of the IMS system, which comprises the following steps:
(1) a camera of the first IMS terminal peripheral performs full scene recognition in a non-communication state according to a full scene recognition condition preset by the first IMS terminal, and sends full scene recognition information meeting the judgment condition to the first IMS terminal for storage;
(2) when a first IMS terminal requests to communicate with a second IMS terminal, the first IMS terminal rapidly dials an IMS account which is set by the first IMS terminal and can be dialed by one key in an AI man-machine interaction or one-key calling mode;
(3) if the dialed IMS account signaling is detected to be in a registered offline, busy line or disconnected network state, the first IMS terminal automatically dials other IMS accounts which can be dialed by one key and are set by the first IMS terminal until the IMS account signaling is dialed;
(4) and after the call is completed, the first IMS terminal sends the stored full-scene identification information meeting the judgment condition to a second IMS terminal corresponding to the called IMS account, and displays a real-time video scene picture to the second IMS terminal corresponding to the called IMS account, and real-time video communication is established between the IMS accounts of the first IMS terminal and the second IMS terminal.
Specifically, when the first IMS terminal is an AR helmet, the camera on the AR helmet performs full-scene recognition in a non-communication state according to a full-scene recognition condition preset by the AR helmet, and if the AR helmet recognizes that a person is not wearing the safety helmet on the spot, the camera sends a picture of the person who is not wearing the safety helmet to the AR helmet for storage; when the AR helmet requests to communicate with the second IMS terminal, assuming that the second IMS terminal is an SIP (session initiation protocol) visual phone, the AR helmet quickly dials an IMS account which is set by the AR helmet and can dial a call by one key in an AI (artificial intelligence) man-machine interaction or one-key calling mode; if the dialed IMS account signaling is detected to be in a registered offline, busy line or disconnected network state, the AR helmet automatically dials other IMS accounts which are set by the AR helmet and can be dialed by one key to call until the AR helmet establishes real-time video communication with the SIP visual phone after dialing, the AR helmet sends stored personnel photos without wearing a safety helmet to the SIP visual phone corresponding to the dialed IMS account in a message form, and real-time video scene pictures are displayed to the SIP visual phone, so that point-to-point real-time video communication between the AR helmet and the SIP visual phone is realized.
After the first IMS terminal and the second IMS terminal are communicated, the first IMS terminal sends the picture of the person who does not wear the safety helmet to the second IMS terminal corresponding to the called IMS account in a message pushing mode.
Further, point-to-point real-time visual communication is established between the first IMS terminal and second IMS terminals of an industry private IMS system and an IMS core network system of a communication operator respectively.
Further, the camera of the first IMS terminal peripheral performs full scene recognition in a non-communication state, photographs or records to obtain a photo or video recognized in the full scene, and the camera sends the photo or video meeting the determination condition to the first IMS terminal for storage.
Further, when the second IMS terminal requests communication with the first IMS terminal, the second IMS terminal quickly dials the IMS account set by the first IMS terminal, which can be called by one key, in an AI human-computer interaction or one-key call manner, and establishes real-time video communication with the first IMS terminal after dialing through the IMS account of the second IMS terminal.
By the technical scheme, the invention provides a full scene cooperative device and a full scene cooperative method based on real-time video communication of an IMS (IP multimedia subsystem) system, which comprise a first IMS terminal, a second IMS terminal, an IMS cloud communication system, an industry private IMS system and an IMS core network system of a communication operator; the first IMS terminal can set a plurality of different IMS accounts which can dial calls by one key; the industry private IMS system and the communication operator IMS core network system comprise a second IMS terminal corresponding to an IMS account set by a first IMS terminal, and the first IMS terminal establishes real-time video communication with the IMS account of the second IMS terminal, which can make a call by one key, in an AI (artificial intelligence) man-machine interaction or one-key call mode. The IMS terminal takes an IMS system as a communication bearer, the first IMS terminal can set a plurality of different IMS accounts which can be called by one key, the requirement of the emergency scene of the quick one-key dialing real-time video communication is met, the video conference between the first IMS terminal and the plurality of IMS accounts which can be called by one key of the second IMS terminal under different scenes is also met, the requirement of cross-department cooperation is met, and the scene adaptability of the invention is further improved.
The invention also provides a full scene cooperation method based on the real-time video communication of the IMS system, wherein the real-time video communication is established between the first IMS terminal and the IMS account which can be called by one-key dialing in an AI man-machine interaction or one-key calling mode, meanwhile, the first IMS terminal can be called by the terminal equipment corresponding to the IMS account which is set by one-key dialing only, the first IMS terminal can be called by the real-time video communication, the terminal equipment corresponding to the IMS account which is not set by one-key dialing can not call the first IMS terminal and can not establish a video conference, the communication disturbance is prevented, and the safety under an emergency scene is greatly guaranteed; meanwhile, the video conference is established between a plurality of IMS accounts which can be called by one key of the first IMS terminal and the second IMS terminal in different scenes, and the cross-department collaborative requirement is met.
In addition, the invention carries out full scene recognition through a camera arranged outside the first IMS terminal, the camera carries out full scene recognition in a non-communication state according to the full scene recognition condition preset by the first IMS terminal, photos or videos of the full scene recognition are obtained by taking pictures or recording the pictures, the camera sends the pictures or the videos meeting the judgment condition to the first IMS terminal for storage, and the first IMS terminal sends the pictures or the videos to the second IMS terminal after dialing through the second IMS terminal; the invention effectively integrates the applications of AI man-machine interaction, camera full scene identification and the like, not only realizes the real-time video communication between the first IMS terminal and the second IMS terminal, but also can carry out full scene identification under the non-communication state of the camera, and sends the photo or video identified by the full scene to the second IMS terminal after the real-time video of the first IMS terminal and the second IMS terminal is communicated, thereby achieving the purpose of carrying out real-time video communication between the AI man-machine interaction, the full scene identification and the terminal equipment needing to be communicated, and further improving the full scene synergy efficiency of the invention.
The embodiments given above are preferable examples for implementing the present invention, and the present invention is not limited to the above-described embodiments. Any non-essential addition and replacement made by the technical characteristics of the technical scheme of the invention by a person skilled in the art belong to the protection scope of the invention.
Claims (9)
1. A full scene cooperative device based on IMS system real-time video communication is characterized by comprising a first IMS terminal and an IMS cloud communication system connected with the first IMS terminal, wherein the IMS cloud communication system is respectively connected with an industry private IMS system and a communication operator IMS core network system;
the first IMS terminal comprises an AR helmet, AR glasses, an AR law enforcement recorder or electronic equipment provided with an SIP client; the first IMS terminal is provided with a camera for full scene identification; the first IMS terminal can set a plurality of different IMS accounts which can dial calls by one key;
the industry private IMS system and the communication operator IMS core network system are both connected with a second IMS terminal; the second IMS terminal corresponds to the IMS account which is set by the first IMS terminal and can be called by one key; and the first IMS terminal establishes real-time video communication with an IMS account of the second IMS terminal in an AI man-machine interaction or one-key calling mode.
2. The IMS system real-time video communication based full-scene collaboration apparatus as claimed in claim 1, wherein the second IMS terminal comprises a SIP videophone and an electronic device installed with a SIP client.
3. The IMS system real-time video communication based scene-wide collaboration apparatus as claimed in claim 2, wherein the second IMS terminal further comprises a mobile communication terminal connected to the IMS core network system of the communication operator.
4. The IMS system real-time video communication-based full-scene cooperative apparatus as claimed in claim 1, wherein the industry private IMS system and the communication operator IMS core network system establish voice, video and data communication connection with the IMS cloud communication system through a physical isolation USB online line.
5. The IMS system real-time video communication-based full scene cooperative apparatus as claimed in claim 1, wherein the IMS cloud communication system is connected to the IMS billing management system, the IMS cloud video system, the IMS rich media message system, and the IMS member management system through databases;
the IMS cloud communication system is used for communication bearing and account registration; the IMS tent management system is used for authorized distribution of IMS accounts and distributing a plurality of different IMS accounts which can dial calls one by one to a first IMS terminal; the IMS cloud video system is used for establishing real-time video communication between IMS accounts of the first IMS terminal and the second IMS terminal;
the IMS rich media message system is used for taking pictures or recording scenes meeting judgment conditions according to the full scene identification conditions preset by the first IMS terminal by the camera according to the full scene identification conditions preset by the first IMS terminal when the first IMS terminal is in a non-communication state to obtain pictures or videos identified by the full scene, and sending the pictures or videos to the first IMS terminal for storage; after the IMS accounts of the first IMS terminal and the second IMS terminal realize real-time video communication, the first IMS terminal sends the stored pictures or videos to the second IMS terminal; the IMS member management system is used for meeting the communication between the first IMS terminal and the installation-free web phone.
6. The full scene cooperative method of the full scene cooperative device based on the real-time video communication of the IMS system according to claim 1, comprising the following steps:
(1) a camera of the first IMS terminal peripheral performs full scene recognition in a non-communication state according to a full scene recognition condition preset by the first IMS terminal, and sends full scene recognition information meeting the judgment condition to the first IMS terminal for storage;
(2) when a first IMS terminal requests to communicate with a second IMS terminal, the first IMS terminal rapidly dials an IMS account which is set by the first IMS terminal and can be dialed by one key in an AI man-machine interaction or one-key calling mode;
(3) if the dialed IMS account signaling is detected to be in a registered offline, busy line or disconnected network state, the first IMS terminal automatically dials other IMS accounts which can be dialed by one key and are set by the first IMS terminal until the IMS account signaling is dialed;
(4) and after the call is completed, the first IMS terminal sends the stored full-scene identification information meeting the judgment condition to a second IMS terminal corresponding to the called IMS account, and displays a real-time video scene picture to the second IMS terminal corresponding to the called IMS account, and real-time video communication is established between the IMS accounts of the first IMS terminal and the second IMS terminal.
7. The full-scene collaboration method as claimed in claim 6, wherein the first IMS terminal establishes peer-to-peer real-time visual communication with the second IMS terminal of the industry private IMS system and the IMS core network system of the communication operator respectively.
8. The full-scene collaboration method according to claim 6, wherein a camera of the first IMS terminal peripheral performs full-scene recognition in a non-communication state, photographs or videos are taken to obtain photos or videos of the full-scene recognition, and the camera sends the photos or videos meeting the judgment condition to the first IMS terminal for storage.
9. The full-scene collaboration method according to claim 6, wherein when the second IMS terminal requests communication with the first IMS terminal, the second IMS terminal rapidly dials the IMS account which is set by the first IMS terminal and can be called by one key in an AI (artificial intelligence) man-machine interaction or one-key calling mode, and after the dialing, the IMS account of the second IMS terminal establishes real-time video communication with the first IMS terminal.
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