CN110648121A - Alarm condition information linkage processing system, method and device and computer equipment - Google Patents
Alarm condition information linkage processing system, method and device and computer equipment Download PDFInfo
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Abstract
The application relates to a system, a method and a device for linkage processing of alarm information and computer equipment. The system comprises: the warning situation support system and the warning situation application system are connected through a network; the warning situation support system comprises a unified communication subsystem, a data exchange subsystem and a GIS integrated subsystem; the alarm condition application system comprises an alarm receiving and processing subsystem, an intelligent patrol subsystem, a dynamic service management subsystem, a visual command subsystem, a condition management subsystem and a mobile command subsystem; the visual command subsystem is used for generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the real-time deployment dynamic information of the regional police force, and sending the command scheduling scheme to the mobile command subsystem through the condition management subsystem so that the mobile command subsystem can display the command scheduling scheme. By adopting the scheme, resource sharing and application benefit maximization are realized, and user requirements in the field of police service disposal are effectively met.
Description
Technical Field
The present application relates to the field of computer technologies, and in particular, to a system, a method, an apparatus, a computer device, and a storage medium for processing alarm information in a linked manner.
Background
With the urbanization process and the continuous development of city scale in China, city management and the public security and stability maintaining work have great challenges. The public security organization not only needs to strengthen the construction of the linkage disposal center of the actual combat type major events according to various requirements, but also integrates the functions of receiving and disposing police, emergency command disposal of social security emergencies, overall planning and coordination of emergency police activities and the like, so as to timely and effectively adjust the direction and the strength of police.
However, when a major event occurs at present, there are many problems in the alert linkage processing mode among the relevant departments, such as poor intelligence fusion, poor police service cooperation, insufficient command profession, and poor service management, which cannot meet the current user requirements.
Therefore, the warning condition linkage processing mode in the prior art has the problem that the requirements of users cannot be met.
Disclosure of Invention
Therefore, it is necessary to provide a system, a method, a device, a computer device and a storage medium for processing linkage of alarm information, which can reasonably solve the technical problem that the above-mentioned alarm linkage processing method cannot meet the user's requirements.
A kind of alarm information linkage processing system, including support system and alarm application system of the alarm connected through the network;
the warning situation support system comprises a unified communication subsystem, a data exchange subsystem and a GIS integration subsystem; wherein the content of the first and second substances,
the unified communication subsystem is used for establishing multimedia communication connection with the warning application system and providing multimedia data for the warning application system; the data exchange subsystem is used for providing a transverse data exchange channel and third-party platform data for the warning application system; the GIS integration subsystem is used for providing map associated service for the warning situation application system;
the alarm condition application system comprises an alarm receiving and processing subsystem, an intelligent patrol subsystem, a dynamic service management subsystem, a visual command subsystem, a critical condition management subsystem and a mobile command subsystem; wherein the content of the first and second substances,
the alarm receiving and processing subsystem is used for acquiring real-time alarm information in a preset alarm mode and sending the real-time alarm information to the visual command subsystem;
the intelligent patrol control subsystem is used for feeding back a patrol control result to the dynamic service management subsystem according to the patrol control task after receiving the patrol control task of the dynamic service management subsystem, and sending abnormal monitoring information in the patrol control result to the visual command subsystem;
the dynamic service management subsystem is used for providing real-time deployment dynamic information of the regional police strength for the visual command subsystem;
and the visual command subsystem is used for generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the real-time regional police force deployment dynamic information, and sending the command scheduling scheme to the mobile command subsystem through the situation management subsystem.
In one embodiment, the unified communication subsystem is further configured to provide voice data and/or video data to the alert application system by accessing at least one of a PSTN phone, a police digital cluster, a police broadband cluster, and multimedia messaging.
In one embodiment, the data exchange subsystem is further configured to provide the third party platform data for the alert application system by connecting at least one of a big data platform, a road network platform, an ensemble platform, and an intelligence platform; the big data platform is used for the data exchange subsystem to acquire information of personnel, vehicles, dangers, cases, traffic and hotels; the road network platform is used for the data exchange subsystem to acquire checkpoint position information, real-time vehicle passing data and PGIS map associated data; the view comprehensive platform is used for the data exchange subsystem to acquire monitoring point location information and state information; and the intelligence platform is used for providing intelligence early warning information for the data exchange subsystem.
In one embodiment, the GIS integration subsystem comprises a GIS data layer, a GIS middle layer and a GIS application layer; the GIS data layer is used for providing PGIS geographic information for the GIS middle layer; the PGIS geographic information comprises at least one of landform, road condition, public security sentry box and basic level police force; the GIS middle layer is used for transmitting the PGIS geographic information to the GIS application layer; and the GIS application layer is used for providing the map-related service for the warning situation application system according to the PGIS geographic information.
In one embodiment, the anomaly monitoring information includes at least one of: and the people flow density, the vehicle flow density and/or the fire area reaching the preset alarm threshold value.
In one embodiment, the key management subsystem is configured to provide an information delivery process, an information sharing process, an information exchange process, an information feedback process, and an information management process.
According to the alarm condition information linkage processing system, the alarm condition supporting system and the alarm condition application system are arranged, technologies such as cloud computing, big data, intelligent analysis and field perception are used as supports, meanwhile, information is used as a leading factor and dynamic service is used as a support, functions such as alarm handling, linkage handling of social security and emergency emergencies and overall coordination are integrated, resource sharing and application benefit maximization are achieved, important functions in multiple aspects such as major event contact handling, security and prevention control and social management are fully played, and user demands in the field of alarm service handling are effectively met.
A method for processing alarm information in a linkage manner comprises the following steps:
acquiring real-time alarm information, abnormal monitoring information and regional police force real-time deployment dynamic information;
generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the regional police force real-time deployment dynamic information;
and sending the command scheduling scheme to a mobile command subsystem, so that the mobile command subsystem can display the command scheduling scheme.
An alarm condition information linkage processing device, the device comprises:
the information acquisition module is used for acquiring real-time alarm information, abnormal monitoring information and regional police force real-time deployment dynamic information;
the scheme generation module is used for generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the real-time regional police force deployment dynamic information;
and the scheme sending module is used for sending the command scheduling scheme to a mobile command subsystem, so that the mobile command subsystem can display the command scheduling scheme.
A computer device comprising a memory and a processor, the memory storing a computer program, the processor implementing the following steps when executing the computer program:
acquiring real-time alarm information, abnormal monitoring information and regional police force real-time deployment dynamic information;
generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the regional police force real-time deployment dynamic information;
and sending the command scheduling scheme to a mobile command subsystem, so that the mobile command subsystem can display the command scheduling scheme.
A computer-readable storage medium, on which a computer program is stored which, when executed by a processor, carries out the steps of:
acquiring real-time alarm information, abnormal monitoring information and regional police force real-time deployment dynamic information;
generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the regional police force real-time deployment dynamic information;
and sending the command scheduling scheme to a mobile command subsystem, so that the mobile command subsystem can display the command scheduling scheme.
According to the alarm condition information linkage processing method, the device, the computer equipment and the storage medium, the visual command subsystem is used as the command center of the alarm condition information linkage processing system, and can obtain technical and information support from other alarm condition supporting systems and alarm condition application systems, so that an emergency command scheme is provided for social security when an emergency major event or emergency police activities occur, resource sharing and application benefit maximization are realized, important functions in multiple aspects such as major event contact disposal, security control and social management are fully exerted, and user requirements in the field of alarm service disposal are effectively met.
Drawings
FIG. 1 is a block diagram showing a configuration of a warning information linkage processing system according to an embodiment;
FIG. 2 is a schematic flow chart of a system for handling alarm information in conjunction with one embodiment;
FIG. 3 is a schematic flow chart illustrating a method for processing alarm situation information in an embodiment;
FIG. 4 is a block diagram showing the construction of an alarm condition information linkage processing apparatus according to an embodiment;
FIG. 5 is a diagram illustrating an internal structure of a computer device according to an embodiment.
Detailed Description
In order to make the objects, technical solutions and advantages of the present application more apparent, the present application is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present application and are not intended to limit the present application.
As shown in fig. 1, an embodiment of the present invention provides an alarm information linkage processing system, including: a warning situation support system 100 and a warning situation application system 200 connected via a network; the warning situation support system 100 comprises a unified communication subsystem 102, a data exchange subsystem 104 and a GIS integration subsystem 106; the unified communication subsystem 102 is configured to establish a multimedia communication connection with the warning application system 200, and provide multimedia data for the warning application system 200; the data exchange subsystem 104 is configured to provide a transverse data exchange channel and third-party platform data for the warning application system 200; the GIS integration subsystem 106 is configured to provide a map-related service for the warning situation application system 200; the alarm application system 200 comprises an alarm receiving and processing subsystem 202, an intelligent patrol control subsystem 204, a dynamic service management subsystem 206, a visual command subsystem 208, a wanted situation management subsystem 210 and a mobile command subsystem 212; the alarm receiving and processing subsystem 202 is configured to obtain real-time alarm information in a preset alarm manner, and send the real-time alarm information to the visual command subsystem 208; the intelligent patrol control subsystem 204 is configured to, after receiving the patrol control task of the dynamic service management subsystem 206, feed back a patrol control result to the dynamic service management subsystem 206 according to the patrol control task, and send abnormal monitoring information in the patrol control result to the visualization commanding subsystem 208; the dynamic service management subsystem 206 is configured to provide the visualization command subsystem 208 with real-time deployment dynamic information of the regional police strength; the visual command subsystem 208 is configured to generate a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information, and the real-time regional police force deployment dynamic information, and send the command scheduling scheme to the mobile command subsystem 212 through the situation-requiring management subsystem 210.
The unified communication subsystem 102 is a communication basis between the visual command subsystem 208 and each of the other subsystems, the unified communication subsystem 102 mainly includes a wired communication mode and a wireless communication mode, and the wired communication mode can be used as a main communication mode between the visual command subsystem 208 and each of the other subsystems; the wireless communication mode can be used as a main mode for the communication between the visual command subsystem 208 and the mobile handling force, and can also be used as an auxiliary means between the visual command subsystem 208 and each branch office and a dispatching office, so that the smooth command of the system can be ensured when a wired communication line fails.
The data exchange subsystem 104 is divided into a downward interface and an upward interface. The downward interface can access data platform data to acquire information such as personnel, vehicles, dangers, cases, traffic, hotels and the like; the access road network data can acquire checkpoint position Information and real-time vehicle passing data, and access PGIS (policy Geographic Information System) map data; the video monitoring point location information and the state information can be obtained by accessing the vision comprehensive platform; and accessing the information platform to acquire information early warning information. An upward interface, which provides GIS (geographic Information system) data and alarm situation data exchange for the alarm receiving and processing subsystem 202; information exchange of police officers, police cars, GPS, videos, bayonets and the like is provided for the dynamic service management subsystem 206; providing information exchange of police conditions, policemen, police cars, GPS, videos, bayonets, industries, parts and the like for the visual command subsystem 208; and information exchange of police conditions, policemen, police cars, GPS, videos, bayonets, industries, parts and the like is provided for the essential condition management subsystem 210.
The GIS integration subsystem 106 is mainly divided into three layers of structures, including a GIS data layer, a GIS middle layer and a GIS application layer; the GIS data layer is used for providing geographic information data support for the alarm condition information linkage processing system, the GIS middle layer is used for connecting the GIS data layer with the GIS application layer and providing a service interface for business application, wherein main services comprise map service, query service, drawing service, acquisition service, mobile service and the like, the GIS application layer is a business layer which is developed based on the GIS middle layer and directly faces to policemen, business application required by daily work is provided for the visual command subsystem 208, and then greater convenience is provided for the work of the visual command subsystem 208.
Wherein, the alarm receiving and processing subsystem 202 adopts a mode of 'unified answering and classified alarm receiving': all alarm telephones are accessed by a city bureau command center in a unified way, according to different types (110, 122) of the incoming alarm telephone, the incoming alarm telephones are distributed to different alarm receiving and processing seats to receive the incoming alarm, the alarm receiver completes the receiving and processing of the alarm telephone and fills in the received alarm, according to the information of the case place, the alarm positioning and the like, the alarm receiving single flow is transferred to the alarm processing seats after the completion, and the alarm processing operators complete the following alarm processing instruction issuing process.
The intelligent patrol control subsystem 204 integrates various means of online and offline combination, civil air defense and technical defense combination and point-line-surface combination such as video intelligent analysis, live-action enhancement, bayonet electric police, mobile phone base stations, WIFI electronic fences, internet services and the like, performs all-weather real-time patrol control on key areas, key parts and key personnel concerned by the visual command subsystem 208 in the daily working process, finds abnormal conditions in time and improves the quick response capability of the visual command subsystem 208. In the process of commanding and scheduling, the cooperative work task of a commander is received, and the patrol and search are carried out on the focus area and the target to assist in commanding and scheduling.
The dynamic service management subsystem 206 is configured to accurately grasp the police force real-time dynamic deployment information of the whole city in real time based on the PGIS map and the GPS positioning, such as dynamic grasping of police officers/police cars information, visual service resource comprehensive display, dynamic service provision based on a mobile terminal, dynamic visual service intelligent supervision, and situation visual intelligent service adjustment, and provides resource support for commanding combat actions.
The visual command subsystem 208 mainly solves the flat command and visual scheduling of the major alert and major event tasks, for example, full information display based on multi-screen linkage, global whole-process sharing of alert handling information, alert/plan/video association, matching plan auxiliary command scheduling, visual scheduling based on multimedia session, command scheduling based on mobile client, eagle video field patrol control, smooth navigation of key path, opening of plan video, vehicle passing scene enhancement at bayonet, synchronous release of command scheduling situation, and whole-process management of alert handling log.
The critical situation management subsystem 210 mainly provides technical support for reporting, sharing, exchanging, feeding back and managing the important, sudden and sensitive events managed by different units and departments. The information sending system realizes the information sending and information interaction between the city public security, the district public security and the dispatching place three-level units. The help command center receives various essential information reported by related units, and the received information is examined, counted and analyzed; and issuing instructions and notification information to related units to form bidirectional essential information interaction between the command center and the upper and lower-level units.
The mobile command subsystem 212 mainly provides a mobile disposal client for policemen and a mobile command client for field commanders. The mobile command subsystem 212 provides functions of alarm transmission, instruction pushing, information feedback, information sharing, field returning, visual scheduling and the like between the field and the visual command subsystem 208 by using technical means of mobile police service communication and police broadband clustering, and command information migration is realized.
The police condition information linkage processing system can be applied to the field of police service disposal, provides services for unified police-receiving posts, public security patrol posts, command scheduling posts, service management posts, information support posts, service polices and other posts of units at all levels, and particularly provides a solution for the problem that the user requirements cannot be met due to the fact that information fusion is not deep among all relevant departments, police service cooperation is not smooth, command speciality is not sufficient, and service management is not fine when major events occur.
For example, referring to fig. 2, fig. 2 is a flow chart illustrating linkage handling between subsystems in a warning situation information linkage processing system when a major event or an emergency warning activity occurs. First, the unified communication subsystem 102, the data exchange subsystem 104 and the GIS integration subsystem 106 are used as the underlying support system for the communication between the subsystems.
Wherein, the unified communication subsystem 102 integrates access to PSTN(Public Switched Telephone Network)The system provides voice fusion communication service and multimedia visual communication service for the warning situation application system 200 by using various communication means such as telephone, police digital cluster, police broadband cluster, multimedia message communication and the like. The data exchange subsystem 104 provides a transverse data channel between the subsystems, opens up a command information chain between internal systems, and simultaneously realizes service cooperation and data sharing with other third-party systems. Such as data exchanged from a big data platform, a road network platform, etc., to provide a uniform alert application system 200Data query, association, comparison, statistics, analysis services. The GIS integration subsystem 106 provides PGIS-based map services such as map navigation service, address query, alert location, alert distribution, prevention and control circle setting, jurisdiction division, and the like, for the alert application system 200. When major events occur, the visual command subsystem 208 can rapidly position alarm telephones and incident places through the PGIS, check the topography and the topography of the places where the alarm occurs and the conditions of surrounding roads through the GIS and the GPS, and position the distribution conditions of the police forces of surrounding patrol cars, security sentry boxes, traffic police duty sentry boxes, basic dispatching houses and the like.
Meanwhile, when a major event is received, the visual command subsystem 208 is taken as a core, all subsystems are closely combined, an alarm receiver completes answering and accepting of an alarm call and fills alarm receiving contents such as event types, detailed addresses, alarm person calls and the like through the alarm receiving and processing subsystem 202, meanwhile, the system uploads information such as geographic coordinates, audio and video of the alarm event to the visual command subsystem 208, the alarm receiving and processing subsystem 202 is mainly converted into subsequent alarm related to the major event after the event is confirmed, and the event is ensured to be completely recorded. The mobile command subsystem 212 provides alarm transmission, instruction pushing, information feedback, information sharing, field video returning and the like between the field and the visual command subsystem 208 by using the technical means of mobile police service communication and police broadband clustering, so that field command information migration is realized. The intelligent patrol subsystem 204 provides the visual command subsystem 208 with the functions of calling peripheral videos of the case, making a monitoring plan and providing video transmission, sharing and distribution between the scene and the visual command subsystem 208. The essential management subsystem 210 is responsible for sorting, uploading and issuing related important file instructions, enabling other related departments to receive and feed back the latest information of the event in time, and after the event is finished, the essential management subsystem 210 is also responsible for sorting and reporting the whole event processing condition to related units. The dynamic police management system provides real-time and accurate real-time and dynamic deployment information of police strength in the whole city for the command system on the basis of PGIS map and GPS positioning, the visual command subsystem 208 dispatches and deploys the police strength according to the distribution condition of the police strength of the emergency position, and a police using scheme and a police dispatching force plan are made to provide guarantee for subsequent command and operation actions.
Finally, the visualization commanding subsystem 208 receives the major event alarm form from the alarm receiving and processing subsystem 202 in real time, highlights the major event alarm form on the system map, classifies the alarm condition according to the grade, and sends the alarm form to the jurisdiction, and simultaneously obtains the event updating information in real time; the system positions the occurrence position of an event through a map, associates resources such as peripheral video checkpoints and the like with alarm resources which can be handled, and matches a command scheduling plan; the system also provides a visual command scheduling means of multi-party multimedia session with the APP client of the mobile command subsystem 212, and provides efficient and intuitive communication and consultation means for commanders, field police dispositions and field command leaders.
The alarm condition information linkage processing system provided by the embodiment is provided with the alarm condition supporting system and the alarm condition application system, is based on technologies such as cloud computing, big data, intelligent analysis and field perception, is based on information as a main factor and dynamic service, integrates functions such as alarm receiving and processing, linkage processing of social security and emergency major events, overall coordination of emergency activities and the like, realizes resource sharing and maximization of application benefits, fully plays important roles in multiple aspects such as major event contact processing, security and prevention control and social management, and effectively meets user requirements in the field of alarm service processing.
In another embodiment, the unified communications subsystem 102 is further configured to provide voice data and/or video data to the alert application system 200 by accessing at least one of PSTN telephony, police digital trunking, police broadband trunking, and multimedia messaging.
Wherein, the PSTN telephone may refer to a public switched telephone network; the police Digital cluster can be abbreviated as PDT (police Digital trunking), and the PDT standard is a cluster communication standard with Chinese proprietary intellectual property rights and can meet the requirements of users in most cluster communication industries; multimedia messaging may refer to the integrated completion of multimedia messaging and switched communications over a communications network.
Specifically, the unified communication subsystem 102 can access at least one of a PSTN phone, a police digital cluster, a police broadband cluster and multimedia message communication, and realizes unified scheduling of wireless voice communication, access of video monitoring and access of a video conference by using a voice scheduling gateway, a video access gateway and a video conference gateway, so as to provide a multimedia fusion conference among the terminals of the first-line police mobile client, the visual command subsystem 208 and the mobile command subsystem 212, and realize visual scheduling.
More specifically, in the event of a major event or an emergency police activity, the alarm receiving and handling policemen can complete various scheduling requirements in actual work through a scheduling background service. For example, scheduled background services are divided into: 1. background services of wired scheduling implement wired incoming calls through a professional queuing scheduler with various physical links, such as: pcm (pulse Code modulation) broadcasts an announcement to the agent, which selects to answer while supporting outgoing single/multiple numbers. 2. The background service of wireless dispatching realizes wireless incoming call through wireless network, and wireless outgoing call communicates with single call/group call number defined by unit through various physical links.
According to the alarm condition information linkage processing system provided by the embodiment, the unified communication subsystem can provide communication guarantee and required data support for the alarm condition information linkage processing system, and the alarm condition information linkage processing system can effectively meet the requirements of users when major events or emergency alarm activities occur.
In another embodiment, the data exchange subsystem 104 is further configured to provide the third party platform data for the alert application system 200 by connecting at least one of a big data platform, a road network platform, an ensemble platform, and an intelligence platform; the big data platform is used for the data exchange subsystem 104 to obtain information of personnel, vehicles, dangers, cases, traffic and hotels; the road network platform is used for the data exchange subsystem 104 to obtain checkpoint position information, real-time vehicle passing data and PGIS map associated data; the view integrated platform is used for the data exchange subsystem 104 to obtain monitoring point location information and state information; the intelligence platform is used for providing intelligence early warning information for the data exchange subsystem 104.
Specifically, the data exchange subsystem 104 may implement service collaboration and data sharing between the visual command subsystem 208 and other police departments by connecting at least one of a big data platform, a road network platform, an eye-synthesizing platform, and an intelligence platform. Meanwhile, the data exchange subsystem 104 may also integrate data generated by the service system of the visual command subsystem 208 itself and data exchanged from the big data platform, so as to provide services such as unified data query, association, comparison, statistics, analysis and the like for the services of each subsystem in the alert application system 200, with the service requirements of the actual combat command platform as guidance.
According to the alarm information linkage processing system provided by the embodiment, the data exchange subsystem can provide a transverse data exchange channel and third-party platform data for the alarm information linkage processing system, and the alarm information linkage processing system can effectively meet the requirements of users when major events or emergency police activities occur.
In another embodiment, the GIS integration subsystem 106 includes a GIS data layer, a GIS middle layer, and a GIS application layer; the GIS data layer is used for providing PGIS geographic information for the GIS middle layer; the PGIS geographic information comprises at least one of landform, road condition, public security sentry box and basic level police force; the GIS middle layer is used for transmitting the PGIS geographic information to the GIS application layer; and the GIS application layer is used for providing the map-related service for the warning situation application system according to the PGIS geographic information.
Specifically, the GIS data layer is divided into PGIS platform geographic information databases, including a police basic database, a standard address database, a police special database, a business geographic correlation database and a police public geographic database; the GIS middle layer provides the data of the GIS data layer to a GIS application layer in a service mode, and a GIS integrated system is formed by combining the service provided by the PGIS and the requirement of an alarm condition information linkage processing system; the GIS application layer alarm information linkage processing system provides service application required by daily work.
More specifically, after receiving the major event alarm information, the visual command subsystem 208 can quickly locate the alarm telephone and the incident place through the PGIS, then check the topography and the situation of the incident place and the situation of the surrounding roads through the GIS and the GPS, locate the distribution situation of the police forces such as the surrounding patrol cars, public security posts, traffic police duty posts and base posts, and then quickly command the moderate nearby police force to rush to the site for early handling by using the mobile command subsystem 212, and command the dispatcher to know the detailed position of the dynamic police force and advance dispatch assistance police force by using the PGIS and the GPS for the police condition needing to be blocked, and realize the accurate handling of the emergent public event by using the two-dimensional/three-dimensional visual pre-plan provided by the PGIS to associate the structured text pre-plan and multimedia data in the emergency pre-plan library.
According to the alarm condition information linkage processing system provided by the embodiment, the GIS integrated subsystem can provide map-related services for the alarm condition information linkage processing system, and the alarm condition information linkage processing system can effectively meet the requirements of users when major events or emergency alarm activities occur.
In another embodiment, the anomaly monitoring information includes at least one of: and the people flow density, the vehicle flow density and/or the fire area reaching the preset alarm threshold value.
Specifically, the abnormal monitoring information is information acquired by the intelligent patrol subsystem 204, and before the intelligent patrol subsystem 204 analyzes and acquires the abnormal monitoring information, the intelligent patrol subsystem 204 firstly utilizes the traditional channel monitoring functions of split screen playing, full screen playing, pan-tilt control, video screenshot, video inquiry, video playing, video downloading, positioning to a map, positioning to a directory tree list and the like to realize alternate training and monitoring of key videos; then, large-scale video monitoring and searching of key areas/routes are realized by using live-action enhancing function services such as camera loading display, camera circling display, video window overlapping display, video window amplification display, video and map follow-up playing, eagle type video patrol control, key path smooth navigation, path video pre-judgment opening, instant video playback and the like; and then, by utilizing a video intelligent analysis technology, performing real-time trend change analysis on the density and the flow of people and vehicles in a video designated area, automatically detecting abnormal emergencies such as fire and explosion in the video designated area, performing real-time trend change analysis on the density and the flow of people in a specific area by utilizing the number of base station online mobile phones acquired from an operator and the number of online mobile phones acquired from a WIFI grabbing system, and when an abnormal condition is detected, sending an early warning by the system to remind the visual command subsystem 208 to start a related intervention mechanism, wherein abnormal monitoring information is the density of people and vehicles and/or the area of fire which are detected to reach a preset alarm threshold value in the process.
In addition, the intelligent patrol control subsystem 204 can not only detect and acquire abnormal monitoring information in the above manner, but also provide a patrol control plan management function for a video patrol controller, so that the association between resource means such as a camera, an intelligent analysis rule, and a bayonet arrangement control and a plan can be realized while the increase, modification and deletion of the plan are realized, and further the timed starting and manual starting of the plan are realized.
For example, the intelligent patrol subsystem 204 is similar to the GIS integration subsystem 106, and also has a data management layer, a service layer, and an application layer. The data managed by the data management layer comprise WIFI data, GPS data, police car data, camera data, card port data, pre-arranged plan data, warning situation data, user data and the like; the intermediate services provided by the service layer comprise GIS service, resource positioning service, data query service, information management service, data management service, video management service, communication scheduling service, information circulation service, authority management service, user management service, system configuration service, log management service and the like; the application layer provides active monitoring and early warning for abnormal condition events. The system mainly has the functions of crowd density detection, traffic flow detection, abnormal event detection, channel monitoring, live-action enhanced monitoring, plan management, plan event management and the like.
According to the alarm condition information linkage processing system provided by the embodiment, the intelligent patrol control subsystem can provide abnormal monitoring information for the alarm condition information linkage processing system, and the alarm condition information linkage processing system can effectively meet the requirements of users when major events or emergency alarm activities occur.
In another embodiment, the regional police real-time deployment dynamic information includes at least one of: deployment information of regional police officers, deployment information of regional police cars, deployment information of regional cameras and deployment information of regional gates.
Specifically, the dynamic information of the regional police real-time deployment is the GPS positioning information obtained by the dynamic service management subsystem 206 based on the PGIS and based on pdt (police Digital reporting), the mobile police terminal, and the vehicle-mounted map transmission.
More specifically, the real-time deployment dynamic information of the regional police force is obtained by analyzing four structural layers of the dynamic service management subsystem 206, where the structural layers include: a base layer, a data layer, a service layer, and an application layer. Wherein, the base layer provides computing resources, storage resources and network resources for the dynamic service management subsystem 206; the data layer is a data management layer of the dynamic service management subsystem 206, and the managed data comprises GPS data, police car data, camera data, bayonet data, plan data, police situation data, scheduling data, service basic data, user data and the like; the service layer is a service providing layer of the dynamic service management subsystem 206, and the provided intermediate services include a GIS service, a resource positioning service, a data query service, an information management service, a data management service, a video management service, a communication scheduling service, an information transfer service, an authority management service, a user management service, a system configuration service, a log management service and the like; the application layer is an application providing layer of the dynamic service management subsystem 206, and the provided applications comprise a service category management module, a service level management module, a service resource management module, a service area management module, a service plan management module, a service scheduling management module, a service dispatch management module, a service provision management module, a service supervision management module, a service assessment management module and the like.
According to the alarm condition information linkage processing system provided by the embodiment, the dynamic service management subsystem can provide regional police force real-time deployment dynamic information for the alarm condition information linkage processing system, and the alarm condition information linkage processing system can effectively meet the requirements of users when major events or emergency police activities occur.
In another embodiment, the key management subsystem 210 is configured to provide an information delivery process, an information sharing process, an information exchange process, an information feedback process, and an information management process.
Specifically, the important situation management subsystem 210 provides a technical support for uniform information reporting, sharing, exchanging, feeding back and managing for important, sudden and sensitive events managed by different units and departments. The visual command subsystem 208 is helped to receive various essential information reported by relevant units, and the received information is audited, counted and analyzed; and issuing instructions and notification information to related units to form bidirectional essential information interaction between the visual command subsystem 208 and the upper and lower-level units.
More specifically, when an emergency occurs in a department jurisdiction, a department attendant can provide a web service interface for information submission to the outside, submit report receiving information conforming to data exchange and sharing specifications to a primary department, and the information can carry an accessory. The department can report the information to the city platform again through the web service interface on the basis of the reported information. If the department considers that the information reported by the lower-level relevant units does not meet the requirements, the reported information can be returned, and the reported information is notified to the reporting party.
Furthermore, aiming at the important event information reported by the subordinate department, the subordinate department is required to verify the content of the important event information, and the new emergency event information generated after verification is reported to the superior system. The lower department can remind the attendant to process the information in time in the modes of icons, pop-up windows, prompt tones and the like for the received information which is not processed. And after the information is issued to the relevant units, the information is simultaneously sent to remind the relevant units of paying attention to check and receive.
According to the alarm information linkage processing system provided by the embodiment, the important situation management subsystem can provide technical support for unified information reporting, sharing, exchanging, feeding back and managing for the alarm information linkage processing system, and the alarm information linkage processing system can effectively meet the requirements of users when major events or emergency police activities occur.
In an embodiment, as shown in fig. 3, an alarm information linkage processing method is provided, which is described by taking the application of the method to the visualization commanding subsystem 208 in fig. 1 as an example, and includes the following steps:
step S310, acquiring real-time alarm information, abnormal monitoring information and regional police force real-time deployment dynamic information;
step S320, generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the real-time regional police force deployment dynamic information
And step S330, sending the command scheduling scheme to a mobile command subsystem, so that the mobile command subsystem can display the command scheduling scheme.
Specifically, the real-time alarm information may be various types of voice alarm information or road patrol alarm information that is acquired by the alarm receiving and processing subsystem 202 or the mobile command subsystem 212 and transmitted to the visual command subsystem 208, the abnormal monitoring information may be video monitoring alarm information or intelligence alarm information that is acquired by the intelligent patrol control subsystem 204 or the emergency management subsystem 210 and transmitted to the visual command subsystem 208, and the real-time deployment dynamic information of regional police strength may be real-time service state and standby police strength deployment information that is acquired by the dynamic service management subsystem 206 and transmitted to the visual command subsystem 208.
More specifically, after receiving the real-time alarm information, the anomaly monitoring information, and the real-time deployment dynamic information of regional police strength, the visualization commanding subsystem 208 may further generate a commanding and scheduling scheme in combination with technical supports provided by the unified communication subsystem 102, the data exchange subsystem 104, and the GIS integration subsystem 106, and send the commanding and scheduling scheme to the mobile commanding subsystem 212, so that the mobile commanding subsystem 212 can display the scheduling of the action strength, the number of traffic polices, the number of special polices, and the like in the commanding and scheduling scheme.
According to the alarm condition information linkage processing method, the visual command subsystem is used as a command center of the alarm condition information linkage processing system, technical and information support can be obtained from other alarm condition support systems and alarm condition application systems, an emergency command scheme is provided for the social security in case of emergency major events or emergency police activities, resource sharing and application benefit maximization are achieved, important functions in multiple aspects such as major event contact disposal, security prevention and control, social management and the like are fully played, and user requirements in the field of police service disposal are effectively met.
It should be understood that, although the steps in the flowchart of fig. 3 are shown in order as indicated by the arrows, the steps are not necessarily performed in order as indicated by the arrows. The steps are not performed in the exact order shown and described, and may be performed in other orders, unless explicitly stated otherwise. Moreover, at least a portion of the steps in fig. 3 may include multiple sub-steps or multiple stages that are not necessarily performed at the same time, but may be performed at different times, and the order of performance of the sub-steps or stages is not necessarily sequential, but may be performed in turn or alternately with other steps or at least a portion of the sub-steps or stages of other steps.
In one embodiment, as shown in fig. 4, there is provided an alert information linkage processing apparatus, including an information acquiring module 410, a scenario generating module 420, and a scenario transmitting module 430, wherein:
the information acquisition module 410 is used for acquiring real-time alarm information, abnormal monitoring information and regional police force real-time deployment dynamic information;
a scheme generating module 420, configured to generate a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information, and the regional police force real-time deployment dynamic information;
and a scheme sending module 430, configured to send the command and dispatch scheme to a mobile command subsystem, so that the mobile command subsystem displays the command and dispatch scheme.
According to the scheme provided by the embodiment of the invention, the visual command subsystem is used as a command center of the alarm information linkage processing system, can obtain technical and information support from other alarm support systems and alarm application systems, not only provides an emergency command scheme for emergency major events or emergency police activities in social security, but also realizes resource sharing and application benefit maximization, fully plays important roles in multiple aspects such as major event contact disposal, security prevention and control, social management and the like, and effectively meets the user requirements in the field of police disposal.
For specific limitations of the alarm information linkage processing device, reference may be made to the above limitations of the alarm information linkage processing method, which is not described herein again. All or part of the modules in the alarm information linkage processing device can be realized by software, hardware and a combination thereof. The modules can be embedded in a hardware form or independent from a processor in the computer device, and can also be stored in a memory in the computer device in a software form, so that the processor can call and execute operations corresponding to the modules.
In one embodiment, a computer device is provided, which may be a server, the internal structure of which may be as shown in fig. 5. The computer device includes a processor, a memory, a network interface, and a database connected by a system bus. Wherein the processor of the computer device is configured to provide computing and control capabilities. The memory of the computer device comprises a nonvolatile storage medium and an internal memory. The non-volatile storage medium stores an operating system, a computer program, and a database. The internal memory provides an environment for the operation of an operating system and computer programs in the non-volatile storage medium. The database of the computer device is used for storing identification information and device information. The network interface of the computer device is used for communicating with an external terminal through a network connection. When being executed by a processor, the computer program realizes a warning situation information linkage processing method.
Those skilled in the art will appreciate that the architecture shown in fig. 5 is merely a block diagram of some of the structures associated with the disclosed aspects and is not intended to limit the computing devices to which the disclosed aspects apply, as particular computing devices may include more or less components than those shown, or may combine certain components, or have a different arrangement of components.
In one embodiment, a computer device is provided, comprising a memory and a processor, the memory having a computer program stored therein, the processor implementing the following steps when executing the computer program:
acquiring real-time alarm information, abnormal monitoring information and regional police force real-time deployment dynamic information;
generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the regional police force real-time deployment dynamic information;
and sending the command scheduling scheme to a mobile command subsystem, so that the mobile command subsystem can display the command scheduling scheme.
In one embodiment, a computer-readable storage medium is provided, having a computer program stored thereon, which when executed by a processor, performs the steps of:
acquiring real-time alarm information, abnormal monitoring information and regional police force real-time deployment dynamic information;
generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the regional police force real-time deployment dynamic information;
and sending the command scheduling scheme to a mobile command subsystem, so that the mobile command subsystem can display the command scheduling scheme.
It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by hardware instructions of a computer program, which can be stored in a non-volatile computer-readable storage medium, and when executed, can include the processes of the embodiments of the methods described above. Any reference to memory, storage, database, or other medium used in the embodiments provided herein may include non-volatile and/or volatile memory, among others. Non-volatile memory can include read-only memory (ROM), Programmable ROM (PROM), Electrically Programmable ROM (EPROM), Electrically Erasable Programmable ROM (EEPROM), or flash memory. Volatile memory can include Random Access Memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in a variety of forms such as Static RAM (SRAM), Dynamic RAM (DRAM), Synchronous DRAM (SDRAM), Double Data Rate SDRAM (DDRSDRAM), Enhanced SDRAM (ESDRAM), Synchronous Link DRAM (SLDRAM), Rambus Direct RAM (RDRAM), direct bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM).
The technical features of the above embodiments can be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the above embodiments are not described, but should be considered as the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above-mentioned embodiments only express several embodiments of the present application, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the concept of the present application, which falls within the scope of protection of the present application. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. The utility model provides an alarm condition information linkage processing system which characterized in that includes: the warning situation support system and the warning situation application system are connected through a network;
the warning situation support system comprises a unified communication subsystem, a data exchange subsystem and a GIS integration subsystem; wherein the content of the first and second substances,
the unified communication subsystem is used for establishing multimedia communication connection with the warning application system and providing multimedia data for the warning application system; the data exchange subsystem is used for providing a transverse data exchange channel and third-party platform data for the warning application system; the GIS integration subsystem is used for providing map associated service for the warning situation application system;
the alarm condition application system comprises an alarm receiving and processing subsystem, an intelligent patrol subsystem, a dynamic service management subsystem, a visual command subsystem, a critical condition management subsystem and a mobile command subsystem; wherein the content of the first and second substances,
the alarm receiving and processing subsystem is used for acquiring real-time alarm information in a preset alarm mode and sending the real-time alarm information to the visual command subsystem;
the intelligent patrol control subsystem is used for feeding back a patrol control result to the dynamic service management subsystem according to the patrol control task after receiving the patrol control task of the dynamic service management subsystem, and sending abnormal monitoring information in the patrol control result to the visual command subsystem;
the dynamic service management subsystem is used for providing real-time deployment dynamic information of the regional police strength for the visual command subsystem;
and the visual command subsystem is used for generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the real-time regional police force deployment dynamic information, and sending the command scheduling scheme to the mobile command subsystem through the situation management subsystem.
2. The system of claim 1, wherein the unified communications subsystem is further configured to provide voice data and/or video data to the alert application system by accessing at least one of a PSTN phone, a police digital cluster, a police broadband cluster, and multimedia messaging.
3. The system of claim 1, wherein the data exchange subsystem is further configured to provide the third party platform data to the alert application system by connecting at least one of a big data platform, a road network platform, an ensemble platform, and an intelligence platform; wherein the content of the first and second substances,
the big data platform is used for the data exchange subsystem to acquire information of personnel, vehicles, dangers, cases, traffic and hotels;
the road network platform is used for the data exchange subsystem to acquire checkpoint position information, real-time vehicle passing data and PGIS map associated data;
the view comprehensive platform is used for the data exchange subsystem to acquire monitoring point location information and state information;
and the intelligence platform is used for providing intelligence early warning information for the data exchange subsystem.
4. The system of claim 1, wherein the GIS integration subsystem comprises a GIS data layer, a GIS middle layer, and a GIS application layer; wherein the content of the first and second substances,
the GIS data layer is used for providing PGIS geographic information for the GIS middle layer; the PGIS geographic information comprises at least one of landform, road condition, public security sentry box and basic level police force;
the GIS middle layer is used for transmitting the PGIS geographic information to the GIS application layer;
and the GIS application layer is used for providing the map-related service for the warning situation application system according to the PGIS geographic information.
5. The system of claim 1, wherein the anomaly monitoring information includes at least one of:
and the people flow density, the vehicle flow density and/or the fire area reaching the preset alarm threshold value.
6. The system of claim 1, wherein the critical situation management subsystem is configured to provide an information reporting process, an information sharing process, an information exchange process, an information feedback process, and an information management process.
7. A method for processing alarm condition information in a linkage manner is characterized by comprising the following steps:
acquiring real-time alarm information, abnormal monitoring information and regional police force real-time deployment dynamic information;
generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the regional police force real-time deployment dynamic information;
and sending the command scheduling scheme to a mobile command subsystem, so that the mobile command subsystem can display the command scheduling scheme.
8. An alarm condition information linkage processing device, characterized in that the device includes:
the information acquisition module is used for acquiring real-time alarm information, abnormal monitoring information and regional police force real-time deployment dynamic information;
the scheme generation module is used for generating a command scheduling scheme according to the real-time alarm information, the abnormal monitoring information and the real-time regional police force deployment dynamic information;
and the scheme sending module is used for sending the command scheduling scheme to a mobile command subsystem, so that the mobile command subsystem can display the command scheduling scheme.
9. A computer device comprising a memory and a processor, the memory storing a computer program, characterized in that the processor realizes the steps of the method of claim 7 when executing the computer program.
10. A computer-readable storage medium, on which a computer program is stored, which, when being executed by a processor, carries out the steps of the method as claimed in claim 7.
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Application publication date: 20200103 |