CN117829548A - Emergency command scheduling system based on scene twinning - Google Patents
Emergency command scheduling system based on scene twinning Download PDFInfo
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Abstract
The invention relates to an emergency command scheduling system based on scene twinning, which belongs to the technical field of communication command and comprises an emergency rescue material allocation management system and a multimedia fusion emergency communication system; the emergency rescue material allocation management system is used for fusing and sharing emergency rescue materials by establishing an emergency rescue material reserve system which is communicated with each other; the multimedia fusion emergency communication system is in butt joint with various service systems through an open interface, and is fused with audio and video in the industry and unmanned aerial vehicle equipment, so that fusion communication which is not limited by space and time and breaks hardware barriers is realized. According to the invention, the material utilization rate is improved through material allocation management, the distribution and storage conditions of rescue materials are displayed in a graph mode, and the rescue efficiency is improved; unified command and joint action are realized through converged emergency communication, converged communication capacity is realized, communication requirements under various different scenes can be better met, and command and dispatch effects are improved.
Description
Technical Field
The invention belongs to the technical field of communication command, and particularly relates to a scene twinning-based emergency command scheduling system.
Background
In the existing emergency system, an emergency command method needs to be manually formulated, approval and hierarchical transmission are often needed, personnel issuing the emergency command cannot be in the field, information delay is caused, the emergency command is disjointed from the actual situation of the field due to inaccurate information transmission, and more serious consequences are further caused. Therefore, how to improve the efficiency of emergency command and to issue an emergency command method in time to cope with emergency.
Aiming at different emergency scenes, most of traditional command and dispatch devices of different manufacturers with different systems exist, communication means are multiple and independent, the different systems are required to be switched back and forth during command, the use is inconvenient, the operation of command and dispatch is dispersed, and unified combat synthetic command capability cannot be realized. Therefore, it is necessary to provide a converged communication emergency command scheduling method and system to solve the above problems.
Disclosure of Invention
In order to solve the problems in the prior art, the invention provides a scene twinning-based emergency command scheduling system, which improves the utilization rate of materials through material allocation management, displays the distribution and storage conditions of rescue materials in a pattern mode, and improves rescue efficiency; unified command and joint action are realized through converged emergency communication, converged communication capacity is realized, communication requirements under various different scenes can be better met, and command and dispatch effects are improved.
The aim of the invention can be achieved by the following technical scheme:
an emergency command scheduling system based on scene twinning comprises an emergency rescue material allocation management system and a multimedia fusion emergency communication system;
the emergency rescue material allocation management system is used for realizing intelligent and accurate scheduling of resources for multi-place synchronous rescue by establishing an emergency rescue material reserve system which is communicated with each other and used for fusion and sharing of emergency rescue materials; the emergency rescue material allocation management system comprises a material storage subsystem and a material scheduling subsystem;
the multimedia fusion emergency communication system is in butt joint with various service systems through an open interface, and is fused with audio and video in the industry and unmanned aerial vehicle equipment, so that fusion communication which is not limited by space and time and breaks hardware barriers is realized; the multimedia converged emergency communication system comprises an emergency command management system, a voice scheduling service, a video scheduling service, a short message scheduling service, a conference scheduling service, a GIS map scheduling service, an emergency APP and a converged communication service.
As a preferable technical scheme of the invention, the material storage subsystem carries out classification maintenance and management on the basis of fire, typhoon and flood and drought by carrying out label management on the rescue materials, rapidly displays the spatial distribution of the rescue materials and grasps the storage information of the rescue materials on the basis of an emergency material one-piece map platform;
the material reserve subsystem comprises material labeling management, material demand management, emergency material drawing, material alarm setting and rescue material statistics.
As a preferable technical scheme of the invention, the labeling management of the materials supports labeling management of rescue materials, and the materials are uniformly encoded and classified by establishing a label library, so that visualization, inquiry and traceability of material information are realized;
the emergency material map is used for displaying the space distribution condition of the rescue material in the form of a map, and comprises a material reserve warehouse, a material allocation point and a material dispatch point, and each point is marked and specified;
the emergency material drawing is also used for correspondingly displaying different types of rescue materials according to different types of rescue tasks, and is convenient and quick to inquire.
As a preferable technical scheme of the invention, the material scheduling subsystem is used for showing the rescue resource reservation condition on a map based on the rescue material related data converged and integrated by the material reservation subsystem, and realizing the overall data information and functions of emergency material scheduling command through disaster point distribution, material scheduling scheme and material transport vehicle operation route planning;
the material scheduling subsystem comprises a research analysis module, a path planning analysis module, a rescue material scheduling management module and a track tracking module.
As a preferable technical scheme of the invention, the studying and judging analysis module provides a scientific and reasonable rescue material dispatching scheme for emergency command leaders or decision makers through analysis of disaster-stricken conditions, rescue resource reserve conditions and material demand condition data;
the path planning analysis module is used for planning the shortest and optimal running route for the material transportation vehicle by utilizing a path planning algorithm according to disaster point distribution and material scheduling scheme information;
the rescue material scheduling module is used for generating a detailed rescue material scheduling scheme according to the data provided by the research analysis module and the route planned by the route planning analysis module, and the detailed rescue material scheduling scheme comprises material types, quantity, transport vehicles and transport route information;
the rescue material dispatching management module is used for generating dispatching according to a material dispatching scheme, issuing the dispatching to related departments or logistics companies, monitoring and tracking the dispatching execution condition and modifying and adjusting the dispatching according to the actual condition.
As a preferable technical scheme of the invention, the emergency command management system flexibly groups all personnel according to an organization architecture by establishing a professional communication group of emergency command personnel, wherein the grouping is in a form of tree grouping list;
the emergency command management system comprises an emergency address book and group management; the emergency address book is used for inputting, editing and deleting personnel information, and supporting classification management of the personnel information and searching the personnel information in various modes; the group management is used for operations of creating, editing and deleting the group, and supports one-key communication and one-key conference functions of group members.
As a preferred technical scheme of the invention, the voice scheduling service is used for providing single call, group call, forced insertion, forced disassembly, monitoring, group intercom and voice notification services for command center scheduling personnel;
the video scheduling service is used for providing video call, video consultation, unified coding and decoding processing of different video sources, video stream real-time retrieval and video pushing service among video terminals.
As a preferred technical scheme of the invention, the video consultation collects video consultation application by selecting various terminal users needing to participate in the video consultation, and all users in the video consultation share a certain video main picture according to the consultation discussion requirement;
the short message scheduling service is used for providing accurate short message pushing service, supporting the short message sending of the three telecom operation service provider numbers, providing self-defined area division, acquiring real-time people flow data of the area, and pushing real-time short messages to users of the area according to scheduling requirements;
the conference scheduling service is used for providing conference site creation, audio and video fusion conference and conference site control service; conference access has multiple modes including creating/joining a conference by clicking on an icon on a graphical platform of emergency supplies or selecting a participant through an emergency address book.
As a preferable technical scheme of the invention, the GIS map fusion scheduling service is used for providing GIS map-based circle selection, frame selection, voice call, video call and conference service; the GIS map-based circle selection and frame selection support circle selection and frame selection of specific areas on the map, so that communication equipment or personnel in the areas are managed and scheduled;
the emergency APP provides APP audio and video calling, group intercom, instant messaging, position reporting and event reporting services.
As a preferred technical scheme of the invention, the converged communication service provides unified API management for business application encapsulation, provides functions of bottom layer point-to-point audio and video call, video conference and real-time browsing monitoring for an upper application system or platform, and realizes the audio and video converged communication function by fast integration of a WEB front-end quoting service platform interface package;
the unified API management comprises a video consultation SDK, a connection type interface platform, a query interface service, a video monitoring SDK, a monitoring event service and a mobile terminal SDK;
the video consultation SDK is configured to provide a client plug-in of a windows platform for the PC terminal SDK, is embodied in an EXE form, interacts with an upper layer application through JS, and supports integration of PC web application and large-screen application;
the connection type interface platform comprises connection service, authentication login, log-out service and monitoring/cancelling monitoring service events, wherein the monitoring/cancelling monitoring service events are used for monitoring events of a PC end plug-in, and an application system processes business application after acquiring the events;
the query interface service comprises a user list acquisition interface and a device list acquisition interface;
the video monitoring SDK takes video monitoring equipment as a participating party to join in a video conference, and when the video conference is organized, the video monitoring equipment is used as an input video to be accessed to a video conference platform, so that a video conference terminal can view monitoring pictures of the video monitoring equipment in real time;
the monitoring event service actively informs application related information through supported monitoring event types, and the service application receives the information and then carries out the next processing according to the service requirements;
wherein, the supported monitoring event types include: an online/offline notification event, an automatic reconnection success event, a voice click-to-call incoming call event, a video click-to-call incoming call event, a conference end event, a video monitoring event, an exit matrix monitoring event, and a personnel state change event;
the mobile terminal SDK is configured as a native interface package, supports Android platform application integration, and realizes audio and video calling and conference functions on the mobile terminal.
The beneficial effects of the invention are as follows:
according to the invention, the materials are allocated and purchased in a targeted manner according to actual demands through material allocation management, so that the material utilization rate is improved, the distribution and storage conditions of rescue materials are displayed in a graphic manner, the emergency command part is improved to quickly know the material storage conditions, make a timely decision, and the rescue efficiency is improved; meanwhile, by analyzing factors such as material reserve quantity, transportation distance and the like of different areas, the system can make an optimal material scheduling plan, ensure that materials can arrive at a required place in time, and improve the response speed of rescue work.
The invention realizes unified command and joint action by integrating emergency communication and docking with various service systems; the method and the device have the advantages that the communication capacity is fused by fusing with equipment such as an audio and video device and an unmanned aerial vehicle in the industry, so that the communication requirements in various different scenes are better met, and the command and dispatch effects are improved; meanwhile, information sharing and coordination are enhanced, cooperative work between departments and units is promoted, the capability of emergency rescue command scheduling is improved, and various emergencies and emergency situations are better handled.
Drawings
The present invention is further described below with reference to the accompanying drawings for the convenience of understanding by those skilled in the art.
FIG. 1 is a schematic diagram of an emergency rescue material allocation management system according to an embodiment of the present invention;
fig. 2 is a schematic structural diagram of a multimedia convergence emergency communication system according to an embodiment of the present invention.
Detailed Description
In order to further describe the technical means and effects adopted by the invention for achieving the preset aim, the following detailed description is given below of the specific implementation, structure, characteristics and effects according to the invention with reference to the attached drawings and the preferred embodiment.
The emergency command and dispatch system plays a key role in sudden disasters, and timely knows the scene situation and performs ordered rescue through the emergency command and dispatch system so as to cooperatively and orderly command and dispatch scene rescue personnel. The emergency management command center is reasonable in construction layout, complete in function, safe and reliable; the construction standard of the infrastructure of the command center of the emergency management system is standardized, and a safe and stable operation supporting environment is provided for information, multimedia communication and other systems; the method is suitable for informationized development requirements, reduces the running cost of the command center, and improves the scientific management level of the command center; the unit which has built the command center is promoted to perfect the hardware infrastructure as soon as possible, and the emergency management unit is adapted to the administrative department management and emergency handling requirements; the emergency management bureau command center is pushed to establish and make sound command and dispatch decision system, so that the efficiency of emergency command and dispatch is improved.
Referring to fig. 1-2, an emergency command and dispatch system based on scene twinning comprises an emergency rescue material allocation management system and a multimedia fusion emergency communication system.
The emergency rescue material allocation management system is used for realizing intelligent and accurate scheduling of resources for multi-place synchronous rescue by establishing an emergency rescue material reserve system which is mutually communicated and used for fusion and sharing of emergency rescue materials. The emergency rescue material allocation management system comprises a material reserve subsystem and a material scheduling subsystem.
The material reserve subsystem comprises material labeling management, material demand management, an emergency material drawing, material alarm setting and rescue material statistics, and is used for carrying out classification maintenance and management on the basis of fire, typhoons, flood and drought and the like by carrying out labeling management on rescue materials, and rapidly displaying the space distribution of the rescue materials and grasping the rescue material reserve information on the basis of the emergency material drawing platform.
The material labeling management supports the labeling management of rescue materials, a label library is established, the materials are uniformly encoded and classified, and the visualization, the inquiry and the traceability of the material information are realized.
The emergency material map is used for displaying the space distribution condition of the rescue material in the form of a map, and comprises a material storage warehouse, a material allocation point, a material dispatch point and the like, and marking and specifying each point; the system is used for correspondingly displaying different types of rescue materials according to different types of rescue tasks, so that the system is convenient and quick to inquire; meanwhile, the real-time updating of the spatial distribution condition of the rescue materials is supported, and the timeliness and the accuracy of the information are ensured.
The material scheduling subsystem is used for displaying rescue resource reserve conditions on a map based on the rescue material related data converged and integrated by the material reserve subsystem, responding rapidly after sudden matters occur, and commanding global data information and functions through emergency material scheduling such as disaster point distribution, material scheduling schemes, material transport vehicle running route planning and the like, so that emergency command leaders or decision makers can clearly and intuitively master the rescue material scheduling conditions, and the material scheduling is more intelligent, scientific, reasonable and rapid.
The material scheduling subsystem comprises a research analysis module, a path planning analysis module, a rescue material scheduling management module and a track tracking module.
The research and judgment analysis module provides a scientific and reasonable rescue material scheduling scheme for emergency command leaders or decision makers through analysis of data such as disaster situation, rescue resource reserve situation, material demand situation and the like. The method specifically comprises the following functions:
and (3) analyzing rescue resource reserve conditions: the type, the number, the storage positions and the like of the existing rescue materials are supported to be analyzed, and a basis is provided for material scheduling;
disaster point distribution analysis: analyzing the geographical position, traffic condition, disaster degree and the like of the disaster area and determining the key points and the direction of material scheduling;
analyzing material demand conditions: analyzing the material demand conditions of the disaster-stricken area, and formulating different scheduling schemes according to different types of demands;
and (3) evaluating a rescue material scheduling scheme: and the evaluation and comparison of different rescue material scheduling schemes are supported, and the most suitable scheme is selected.
The path planning analysis module utilizes a path planning algorithm to plan the shortest and optimal running route for the material transportation vehicle according to the information such as disaster point distribution, material scheduling scheme and the like, and improves material scheduling efficiency and speed. The device has the following functions:
calculating the disaster point distance: calculating the distance between disaster points according to the map data, and determining the distance and direction of material scheduling;
and (3) designing a route planning algorithm: designing an algorithm conforming to the actual situation according to the path planning algorithm, and considering factors such as traffic conditions, road restrictions, the number of transport vehicles and the like;
route optimization: and optimizing the planned route, and determining the shortest and optimal running route.
The rescue material scheduling module is used for generating a detailed rescue material scheduling scheme according to the data provided by the research analysis module and the route planned by the route planning analysis module, wherein the detailed rescue material scheduling scheme comprises information such as material types, quantity, transport vehicles, transport routes and the like, and provides an instruction of operability for an emergency command leader or a decision maker.
The rescue material dispatching management module is used for generating dispatching according to a material dispatching scheme, issuing the dispatching to related departments or logistics companies, and monitoring and tracking dispatching execution conditions to ensure that rescue materials can arrive at a disaster area on time; the command is modified and regulated according to the actual situation, so that the rescue materials can meet the requirements of disaster areas to the greatest extent.
The multimedia converged emergency communication system is in butt joint with various service systems through an open interface, and unified command and joint actions are performed, so that ordered, rapid and efficient reactions are performed on special, sudden, emergency and important events. The integrated communication capability is created by fusing with industry audio and video, such as conference terminals, 370M clusters, unmanned aerial vehicles, emergency command vehicles, volten and the like, and is used as an intermediate application layer to be rapidly integrated with an emergency rescue command scheduling system, so that integrated communication which is not limited by space and time and breaks hardware barriers is realized, the problem that the current cross-terminal cannot be integrated with pain points of consultation is solved, and the whole scene communication requirement of emergency actual combat and drilling processes is supported.
The multimedia converged emergency communication system comprises an emergency command management system, a voice scheduling service, a video scheduling service, a short message scheduling service, a conference scheduling service, a GIS map scheduling service, an emergency APP, a converged communication service and the like.
According to the emergency command management system, by establishing the professional communication group of the emergency command personnel, all the personnel are flexibly and multi-stage grouped according to the organization architecture, and the grouping is in the form of a tree grouping list, so that related personnel can be quickly found out, and quick inquiry, one-key communication and group meeting are realized.
The emergency command management system comprises an emergency address book and group management, wherein the emergency address book is used for inputting, editing and deleting personnel information, and meanwhile, classification management of the personnel information and searching of the personnel information in various modes are supported. The group management is used for operations of creating, editing and deleting the group, and supports functions of one-key communication, one-key conference and the like of group members.
It is understood that the classification management of personnel information includes post, job position, department, etc., and the various ways to search for personnel information includes name, post, department, etc.
The voice scheduling service is used for providing services such as single call, group call, strong insertion, strong detachment, monitoring, group intercom, voice notification and the like for the dispatching personnel of the command center.
The video scheduling service is used for providing services such as video call, video consultation, unified coding and decoding processing of different video sources, video stream real-time retrieval, video pushing among video terminals and the like.
The video consultation uses the video consultation application by selecting various terminal users needing to participate in the video consultation, wherein all users can share a certain 1-path video main picture in the video consultation, the dispatching desk can randomly switch the video main picture, and on the basis, all users can carry out duplex voice consultation discussion or receive command and dispatch of the dispatching desk.
It should be noted that, in the platform configured with the GB/28181 video access server, the platform supports comprehensive video fusion scheduling capability for the standard GB/28181 video monitoring platform or the monitoring terminal, on the video interface of the scheduling platform, supports to watch the video monitoring platform or the interrupted video picture, and supports to forward the monitored video picture to other scheduling platforms or mobile terminals for sharing.
The short message scheduling service is used for providing accurate short message pushing service, supporting short message sending of three telecom operation service provider numbers, providing self-defined area division, acquiring real-time people flow data of the area, and pushing real-time short messages to users of the area according to scheduling requirements.
It can be understood that the real-time people flow data comprise security monitoring, internet of things equipment and the like, so that people flow data are analyzed and processed, such as people flow trend analysis, abnormal people flow early warning and the like.
The conference scheduling service is used for providing services such as conference site creation, audio and video fusion conference and conference site control. The conference access has multiple modes, and can be established/joined into the conference by clicking and fusing icons on one graph, and can also select the members of the conference by the emergency address book.
It should be noted that, after the meeting place is successfully created, the meeting popup window is popped up, and operations such as personnel adding, personnel removing, forbidden speaking, closing and the like can be performed in the popup window. The system defaults to preset a plurality of meeting places for each operator, is convenient to directly open the meeting places under emergency conditions, does not need to establish the meeting places again, does not need to care about communication tool types (such as mobile phones, landline telephones, satellite phones, interphones and other wired/wireless communication terminals) of the opposite side, is convenient to rapidly establish an expert group to carry out expert consultation after emergency occurs, and can rapidly carry out scheme study and judgment according to the field conditions.
The GIS map fusion scheduling service provides services such as GIS map circle selection, frame selection, voice call, video call, conference and the like; the method comprises the steps that the specific area is selected and framed on the map based on the selected and framed GIS map, so that communication equipment or personnel in the area can be managed and scheduled; the circle and box functions may be used in combination with other functional modules such as voice calls, video calls, conferences, etc.
The emergency APP provides services such as APP audio and video calling, group intercom, instant messaging, position reporting, event reporting and the like.
The converged communication service provides unified API management for business application encapsulation, can provide the capabilities of bottom layer point-to-point audio and video call, video conference and real-time browsing monitoring for an upper application system or platform, and the upper application system refers to a service platform interface package through the WEB front end, so that the integrated communication function of audio and video is realized, and the processing efficiency of a business process is improved. The interface module comprises basic part interfaces such as connection, inquiry and the like, audio and video call, conference, video monitoring and supported monitoring events. The mobile terminal provides the SDK for mobile APP integration and supports an Android platform. And supporting the integration of a PC end, a large screen end and a mobile end.
It should be noted that the unified API management includes a video consultation SDK, a connection type interface platform, a query interface service, a video monitoring SDK, a listening event service, and a mobile terminal SDK.
The video consultation SDK is a client plug-in unit of a windows platform provided by a PC end SDK, is embodied in an EXE form, interacts with an upper layer application through JS, and supports integration of PC web application and large-screen application; the method specifically comprises the following steps:
a conference is summoned: and initiating a fusion conference, and transmitting the fusion conference into a conference party list.
Adding a meeting place: adding new objects in the conference to join the conference.
And sending auxiliary stream: in the video conference process, if the PC computer screen needs to be shared to other video participants, a screen sharing starting method can be used; if the screen sharing is not continued, ending the screen sharing is used.
Deleting the meeting place: a participant is removed from the conference.
Calling a meeting place: when a certain participant in the conference goes offline, the conference site is actively called.
Disconnecting the meeting place: disconnect a participant, leave temporarily, call the participant when participation is needed.
Broadcasting meeting place: the appointed participants (conference rooms or video soft terminals) are broadcasted, and all the participants watch the same conference site picture at the same time.
On/off cycle: when the round robin is started, each video participant is displayed in a round robin manner on the video conference picture; when the round robin is turned off, the video conference picture stops the round robin.
Setting a meeting place to mute: setting the designated participant to mute.
The meeting place video is turned on or off: the video stream of the designated video participant is turned off or on.
Designating a meeting place to speak: the participant is designated to speak.
Multi-picture setting: a video conference screen layout is set, a 1/2/3/4/6/9/16 layout is supported, and a participant object displayed by each cell in the layout can be set.
Delete or end the conference: ending the conference currently being held.
The connection type interface platform comprises connection service, authentication login, log-out service and monitoring/cancelling monitoring service events, wherein the monitoring/cancelling monitoring service events are used for monitoring events of a PC end plug-in, and an application system can perform processing on service application after acquiring the events, such as interface refreshing or prompting a user when acquiring a conference ending event.
The query interface service includes:
acquiring a user list interface: user information in the converged communication service platform is acquired through the interface and is used for selecting a participating user when a conference is initiated.
Acquiring a device list interface: the information of the monitoring equipment and the conference room equipment in the converged communication command platform is acquired through the interface, and the information is used for selecting the conference equipment when a conference is initiated.
And the video monitoring SDK takes the video monitoring equipment as a meeting party to join the video meeting. When a video conference is organized, the video monitoring equipment can be used as an input video to be accessed to a video conference platform, and a video conference terminal can see monitoring pictures of the video monitoring equipment in real time in the conference.
It can be understood that in the monitoring video conference scene, only the appointed participant in the participant needs to be added when the conference is initiated, and the video monitoring and conference fusion is completed by the fusion communication platform without application development integration.
And the monitoring event service actively informs the application related information through the supported monitoring event type, and the service application receives the information and then carries out the next processing according to the service requirement.
Wherein, the supported monitoring event types include: an online/offline notification event, an automatic reconnection success event, a voice click incoming call event, a video click incoming call event, a conference end event, a shutdown video monitor event, an exit matrix monitor event, and a personnel status change event.
The mobile terminal SDK is configured as a native interface package, supports Android platform application integration, and realizes functions of audio and video calling, conference and the like on the mobile terminal.
The present invention is not limited to the above embodiments, but is capable of modification and variation in detail, and other modifications and variations can be made by those skilled in the art without departing from the scope of the present invention.
Claims (9)
1. The emergency command scheduling system based on scene twinning is characterized in that: the system comprises an emergency rescue material allocation management system and a multimedia fusion emergency communication system;
the emergency rescue material allocation management system is used for realizing intelligent and accurate scheduling of resources for multi-place synchronous rescue by establishing an emergency rescue material reserve system which is communicated with each other and used for fusion and sharing of emergency rescue materials; the emergency rescue material allocation management system comprises a material storage subsystem and a material scheduling subsystem;
the multimedia fusion emergency communication system is in butt joint with various service systems through an open interface, and is fused with audio and video in the industry and unmanned aerial vehicle equipment, so that fusion communication which is not limited by space and time and breaks hardware barriers is realized; the multimedia converged emergency communication system comprises an emergency command management system, a voice scheduling service, a video scheduling service, a short message scheduling service, a conference scheduling service, a GIS map scheduling service, an emergency APP and a converged communication service;
the converged communication service provides unified API management for business application encapsulation and provides functions of bottom layer point-to-point audio and video call, video conference and real-time browsing monitoring for an upper application system or platform, and the upper application system is rapidly integrated through a WEB front end quoting service platform interface package to realize an audio and video converged communication function;
the unified API management comprises a video consultation SDK, a connection type interface platform, a query interface service, a video monitoring SDK, a monitoring event service and a mobile terminal SDK;
the video consultation SDK is configured to provide a client plug-in of a windows platform for the PC terminal SDK, is embodied in an EXE form, interacts with an upper layer application through JS, and supports integration of PC web application and large-screen application;
the connection type interface platform comprises connection service, authentication login, log-out service and monitoring/cancelling monitoring service events, wherein the monitoring/cancelling monitoring service events are used for monitoring events of a PC end plug-in, and an application system processes business application after acquiring the events;
the query interface service comprises a user list acquisition interface and a device list acquisition interface;
the video monitoring SDK takes video monitoring equipment as a participating party to join in a video conference, and when the video conference is organized, the video monitoring equipment is used as an input video to be accessed to a video conference platform, so that a video conference terminal can view monitoring pictures of the video monitoring equipment in real time;
the monitoring event service actively informs application related information through supported monitoring event types, and the service application receives the information and then carries out the next processing according to the service requirements;
wherein, the supported monitoring event types include: an online/offline notification event, an automatic reconnection success event, a voice click-to-call incoming call event, a video click-to-call incoming call event, a conference end event, a video monitoring event, an exit matrix monitoring event, and a personnel state change event;
the mobile terminal SDK is configured as a native interface package, supports Android platform application integration, and realizes audio and video calling and conference functions on the mobile terminal.
2. A scene twinning-based emergency command dispatch system according to claim 1, wherein: the material storage subsystem is used for carrying out labeled management on rescue materials, carrying out classified maintenance and management on the basis of fire, typhoon and flood and drought, rapidly displaying the spatial distribution of the rescue materials on the basis of an emergency material one-map platform and grasping the rescue material storage information;
the material reserve subsystem comprises material labeling management, material demand management, emergency material drawing, material alarm setting and rescue material statistics.
3. A scene twinning-based emergency command dispatch system according to claim 2, wherein: the material labeling management supports the labeling management of rescue materials, and the materials are uniformly encoded and classified by establishing a label library, so that the visualization, the inquiry and the traceability of material information are realized;
the emergency material map is used for displaying the space distribution condition of the rescue material in the form of a map, and comprises a material reserve warehouse, a material allocation point and a material dispatch point, and each point is marked and specified;
the emergency material drawing is also used for correspondingly displaying different types of rescue materials according to different types of rescue tasks, and is convenient and quick to inquire.
4. A scene twinning-based emergency command dispatch system according to claim 1, wherein: the material scheduling subsystem is used for showing rescue resource reservation conditions on a map based on the rescue material related data converged and integrated by the material reservation subsystem, and realizing emergency material scheduling command global data information and functions through disaster point distribution, material scheduling schemes and material transportation vehicle running route planning;
the material scheduling subsystem comprises a research analysis module, a path planning analysis module, a rescue material scheduling management module and a track tracking module.
5. The scene twinning-based emergency command and dispatch system of claim 4, wherein: the studying and judging analysis module is used for providing a scientific and reasonable rescue material scheduling scheme for emergency command leaders or decision makers through analysis of disaster-stricken conditions, rescue resource reserve conditions and material demand condition data;
the path planning analysis module is used for planning the shortest and optimal running route for the material transportation vehicle by utilizing a path planning algorithm according to disaster point distribution and material scheduling scheme information;
the rescue material scheduling module is used for generating a detailed rescue material scheduling scheme according to the data provided by the research analysis module and the route planned by the route planning analysis module, and the detailed rescue material scheduling scheme comprises material types, quantity, transport vehicles and transport route information;
the rescue material dispatching management module is used for generating dispatching according to a material dispatching scheme, issuing the dispatching to related departments or logistics companies, monitoring and tracking the dispatching execution condition and modifying and adjusting the dispatching according to the actual condition.
6. A scene twinning-based emergency command dispatch system according to claim 1, wherein: the emergency command management system establishes a professional communication group of emergency command personnel, flexibly groups all the personnel according to an organization architecture in a multi-stage manner, and adopts a tree grouping list form;
the emergency command management system comprises an emergency address book and group management; the emergency address book is used for inputting, editing and deleting personnel information, and supporting classification management of the personnel information and searching the personnel information in various modes; the group management is used for operations of creating, editing and deleting the group, and supports one-key communication and one-key conference functions of group members.
7. A scene twinning-based emergency command dispatch system according to claim 1, wherein: the voice scheduling service is used for providing single call, group call, strong insertion, strong detachment, monitoring, group intercom and voice notification services for command center scheduling personnel;
the video scheduling service is used for providing video call, video consultation, unified coding and decoding processing of different video sources, video stream real-time retrieval and video pushing service among video terminals.
8. A scene twinning-based emergency command dispatch system according to claim 1, wherein: the video consultation calls up the video consultation application by selecting various terminal users needing to participate in the video consultation, and all users in the video consultation share a certain path of video main picture according to the consultation discussion requirement;
the short message scheduling service is used for providing accurate short message pushing service, supporting the short message sending of the three telecom operation service provider numbers, providing self-defined area division, acquiring real-time people flow data of the area, and pushing real-time short messages to users of the area according to scheduling requirements;
the conference scheduling service is used for providing conference site creation, audio and video fusion conference and conference site control service; conference access has multiple modes including creating/joining a conference by clicking on an icon on a graphical platform of emergency supplies or selecting a participant through an emergency address book.
9. A scene twinning-based emergency command dispatch system according to claim 1, wherein: the GIS map fusion scheduling service is used for providing GIS map circle selection, frame selection, voice call, video call and conference service; the GIS map-based circle selection and frame selection support circle selection and frame selection of specific areas on the map, so that communication equipment or personnel in the areas are managed and scheduled;
the emergency APP provides APP audio and video calling, group intercom, instant messaging, position reporting and event reporting services.
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