CN106327875B - Traffic video monitoring management control system - Google Patents
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- CN106327875B CN106327875B CN201610752870.3A CN201610752870A CN106327875B CN 106327875 B CN106327875 B CN 106327875B CN 201610752870 A CN201610752870 A CN 201610752870A CN 106327875 B CN106327875 B CN 106327875B
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- G—PHYSICS
- G08—SIGNALLING
- G08G—TRAFFIC CONTROL SYSTEMS
- G08G1/00—Traffic control systems for road vehicles
- G08G1/01—Detecting movement of traffic to be counted or controlled
- G08G1/017—Detecting movement of traffic to be counted or controlled identifying vehicles
- G08G1/0175—Detecting movement of traffic to be counted or controlled identifying vehicles by photographing vehicles, e.g. when violating traffic rules
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
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- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
Abstract
The invention discloses a traffic video monitoring management control system, which comprises a front-end image acquisition unit, a communication transmission unit and a monitoring center unit, wherein the front-end image acquisition unit converts acquired moving scenery and images into digital signals, transmits the video images to the monitoring center unit through the communication transmission unit, the monitoring center unit stores the digital images into a database in a data form, respectively stores concentrated data into a distributed database, extracts the data through different function settings of each module, simultaneously converts the digital signals into videos or images and controls the front-end image acquisition unit to track and snapshot illegal vehicles, so that the urban road traffic management work is more effective, and the traffic management control system plays an important role in guaranteeing traffic passage and maintaining normal traffic order.
Description
Technical Field
The invention relates to the field of intelligent transportation and security industry, in particular to a traffic video monitoring management control system.
Background
Video monitoring is always an important business component of a traffic management department, and the management department can monitor the situation of a scene in real time through cameras arranged on main roads and bus stations, download and play back historical videos to restore the real passing of an incident, and effectively perform emergency command scheduling on the emergency. Therefore, video monitoring plays an important role in guaranteeing traffic passage and maintaining normal traffic order.
Because the real-time performance and traceability of video monitoring are difficult to replace, the video monitoring is an important component of urban road informatization in the planning and construction of intelligent traffic. However, in actual operation, the traditional video monitoring software platform has difficulty in keeping up with the rapid development requirement of intelligent traffic, and is mainly embodied in several aspects:
firstly, because of various reasons, there are a plurality of video monitoring platforms, lack the information sharing between platform and the platform, and data are isolated, are difficult to the full play equipment and the maximum utility of system.
Secondly, the platform lacks the elasticity, can't deal with the quick dilatation of front end monitoring point.
And thirdly, the platforms lack openness, the platforms cannot be cascaded, and front-end equipment of different brands cannot be compatible. Some newly accessed devices, such as vehicle-mounted videos, need to be re-developed.
And fourthly, the platform is a product of a general version, is not planned and designed under a large framework of intelligent traffic, and cannot become one member of a newly-built intelligent traffic system.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a traffic video monitoring management control system.
In order to achieve the purpose, the invention provides the following technical scheme: the system comprises a hardware part and a software part, wherein the hardware part comprises a front-end image acquisition unit, and the front-end image acquisition unit is used for acquiring pictures or videos of vehicle behaviors in road traffic and converting the pictures or videos into digital signals; a communication transmission unit for transmitting the digital signal to a next unit; and the monitoring center unit receives the digital signals from the communication transmission unit, stores the digital signals as data in a distributed database, unifies and standardizes the data, converts the digital signals into videos or images for display, and controls the front-end image acquisition unit to track and snapshot illegal vehicles.
The software part comprises: the real-time monitoring module is used for a client to acquire data from a server of the monitoring center unit through a client and display the data in the form of an image, and simultaneously transmits a corresponding control command to the server of the monitoring center unit to further realize the control of the front-end image acquisition unit; the remote control module is used for realizing the remote control of the front-end image acquisition unit by a user through a network; the video distribution module is used for distributing the data collected by the monitoring center, so that a plurality of clients can simultaneously access the image data collected by the front-end image collection unit; and the image and quality analysis module is used for detecting the image quality and analyzing the image, storing the analysis result into a database and displaying the result through the monitoring center unit.
Preferably, the software part further comprises a video retrieval playback module and a voice intercom module, wherein the video retrieval playback module is used for carrying out centralized and unified management on video data dispersed in each area, providing a unique video data retrieval and on-demand interface and uniformly receiving and processing user requests; and the voice talkback module is used for realizing the talkback function of the user between the front-end image acquisition unit and the monitoring center unit.
Preferably, the software part further comprises an alarm receiving module and a video patrol module, wherein the alarm receiving module is used for receiving alarm information and storing information data into a database; the video patrol module is used for timely discovering alarm handling information and clues.
Preferably, the software part further comprises a map application module and an image warning linkage module, wherein the map application module automatically locks the target position when warning occurs based on a GIS system, and stores the acquired position information in a database for other modules to extract and use.
Preferably, the software part adopts a computer video identification technology, a virtualization access technology and a big data visualization technology to extract data in the database, and calculates to obtain data meeting the requirements of set parameters for distributed storage and management.
Preferably, the software part adopts Service Oriented Architecture (SOA) technology to construct the whole system.
Preferably, the real-time monitoring module adopts a software application structure combining B/S and C/S to realize remote human-computer interaction, and acquires data from a server of the monitoring center and sends a control command to the server.
The invention has the beneficial effects that: the video monitoring system integrates the violation snapshot function and the big data processing technology, can realize intelligent identification, early discovery and automatic alarm of abnormal behaviors in road traffic, thereby lightening the workload of traffic management monitoring personnel, improving the monitoring accuracy, enabling the urban road traffic management work to be more effective, and playing an important role in guaranteeing traffic passage and maintaining normal traffic order.
Drawings
FIG. 1 is a schematic diagram of a hardware structure of a traffic video monitoring management control system according to the present invention;
fig. 2 is a schematic diagram of a software structure of the traffic video monitoring management control system of the invention.
Detailed Description
The technical solution of the embodiment of the present invention will be clearly and completely described below with reference to the accompanying drawings of the present invention.
With reference to fig. 1 and 2, the traffic video monitoring management control system disclosed by the present invention includes a front-end image acquisition unit, a communication transmission unit and a monitoring center unit, wherein the front-end image acquisition unit converts an optical signal of a moving scenery into a digital signal of an image through an image acquisition device, transmits the video image to the monitoring center unit through the communication transmission unit and stores and guides the video image into a database, and respectively stores concentrated data into a distributed database, reclassifies and sorts the data, calls out related data according to set parameters, displays the image, gives an alarm and takes corresponding control measures.
The front-end image acquisition unit comprises a high-definition monitoring ball camera or an integrated pan-tilt camera, a switch, an optical transceiver, lightning protection equipment and the like, is installed at each monitoring point to execute snapshot acquisition of illegal vehicles and illegal behaviors, and transmits acquired information to the monitoring center through the communication transmission unit.
The communication transmission unit, such as the transceiver of a traffic intersection, is mainly used for transmitting information to the monitoring center unit, and the transmission mode can adopt an optical fiber network, a data special line, a broadband network, wireless GPRS/CDMA, 3G, 4G and the like.
The monitoring center unit is used for storing data of the front-end image acquisition unit into a database through modules of a software part, each data item in the database is represented as a single primitive element through a big data visualization technology, a large number of data sets form a data image, photo data and vehicle traffic data are separately stored, attribute values of the data are represented in a multi-dimensional data form, the data can be observed from different dimensions, and therefore the data can be observed and analyzed more deeply, and the analyzed data are displayed uniformly through a video wall, so that workers or people needing image observation can observe the whole image more clearly and widely, and the analysis of events and the further control of other units or modules are facilitated; if the camera continuously tracks the identified vehicle, and performs optical zooming and image amplification until the license plate of the identified vehicle is clearly displayed, the target vehicle does not depart from the visual field of the camera in the whole tracking process and can be used as objective evidence of motor vehicle traffic illegal behaviors. The identified vehicles comprise the traffic illegal behaviors such as a retrograde vehicle, a motor vehicle entering a non-motor lane, a solid line pressing and the like. Of course, the target object may be a person or other object, and the range of the abnormal condition is collected, identified and tracked as long as the range is collected or set.
The software unit comprises a real-time monitoring module, a remote control module, a video distribution module, an image and quality analysis module, a video retrieval playback module, a voice talkback module, an alarm receiving module, a video patrol module, a map application module and an image alarm linkage module.
The real-time monitoring module is mainly used for browsing image data acquired in real time by a user by starting client software; the client system of the real-time monitoring module adopts a multi-stage design of a C/S structure, can request and acquire data from a video server, and sends a control command through the video server. A user can check the location and the IP address of a front-end image acquisition unit such as a camera through the real-time monitoring module, check real-time image information by clicking the camera, support multi-picture display, and adopt an attribute distribution form to support accurate query, fuzzy query of point location names and fuzzy query of point location numbers. The display modes supporting multiple types simultaneously can be divided into: single screen, 4 screen, 6 screen, 9 screen, 13 screen, 16 screen, and the like; for single-screen display, a user can select two display modes, namely multi-screen display and full-screen display. The full-function remote control of the front-end image acquisition unit such as a pan-tilt lens can be realized, and the full-function remote control comprises the rotation and automatic scanning of the pan-tilt, the zooming of the lens, the setting and starting of a fast-ball presetting position and the setting and starting of a fast-ball cruising track. A quick ball preset position starting plan can be set, and the quick ball can be automatically controlled to be switched to a position needing important monitoring at different time of the plan according to the planned plan. The method has the function of automatic image polling plans, monitoring images can be displayed in turn by using a preset monitoring point polling sequence and time intervals, and images and the sequence in the plans can be selected by self-definition; certain devices may be specified to perform certain actions within a certain time; a plurality of inter-group rotation plans are set in a monitoring center unit, the plans comprise contents including group names, group rotation interval time and a picture segmentation mode, and the rotation plans are started on a main interface.
The remote control module is convenient for a user to remotely and manually intervene the monitoring point position of the front-end image acquisition unit, supports the remote control functions of the visual angle, the direction, the focal length, the aperture and the like of the camera, remotely controls the windshield wiper, the auxiliary equipment such as the heater and the like, controls the monitoring direction and the visual angle of the camera in a mouse dragging mode, realizes fast zooming, zooming and focusing, adds, deletes, modifies, calls and inquires the operation of preset positions, supports a plurality of user-defined preset positions, a plurality of cruise circuits and a plurality of cruise schemes, executes different cruise schemes in different time periods, and enables the camera to return to a default monitoring position in a period after the control operation of the camera by the user is finished, and has the functions of remotely controlling the acousto-optic alarm equipment and the like.
The video distribution module distributes data such as real-time video stream, video playback stream and the like, a plurality of clients can simultaneously access the same video stream at the front end, and only one link is generated for a front-end encoder or a network camera. The real-time video shot by the front-end image acquisition unit can be directly acquired from the front-end image acquisition unit through authorization, the video stream can be checked in an IP unicast mode without being forwarded by a streaming media server, and forwarding of multicast video and audio streams is supported. And decides whether the video is suspended according to different user rights and authorization distribution.
The image and quality analysis module adopts an advanced image analysis technology, continuously polls the image quality detection and judgment for 7 multiplied by 24 hours for the video image, automatically analyzes the image quality and the failure condition of the pan-tilt, stores the result into a database of a monitoring center unit, provides a status display function in the real-time monitoring module, and provides equipment failure information for maintenance personnel in real time. The single equipment system supports 200-channel polling detection of analog images and digital images by combining the use of a multi-format dynamic decoding technology. The image quality detection items include: black screen/blue screen/gray screen, mosaic index, definition index and comprehensive index, color cast detection and video freezing detection; cloud platform fault detection includes: and detection items such as upward movement, downward movement, left rotation, right rotation, zooming-in, zooming-out, preset bit detection and the like are detected.
The video retrieval playback module is used for performing centralized and unified management on video and photo data scattered in each area, providing a unique data retrieval and on-demand interface, receiving and processing user requests in a unified manner, and enabling a user to retrieve and play back video data of any monitoring point through the system. The user can select the channel to be inquired, and then select the on-demand type, the file type, the starting time and the ending time to inquire and play back the video. In addition to playback to the video storage device, processing of the video images is also included: editing, uploading, downloading and the like. Basic functions of playback: single picture/4 picture, single forward, single backward, fast forward (1/2/4/8 times), clipping, frame grabbing, downloading, etc. When a picture is previewed, an abnormal behavior is found, and a person on duty can immediately play back the scene video which just happens; a multi-path synchronous playback function; and retrieve queries, clips, downloads, merges, tags; associated text description, upload, etc. The playback function can be selected by a single monitoring resource, a playback setting dialog box pops up after the right key is played back and selected, the playback and real-time preview comparison display can be carried out, and only a playback picture can be displayed independently. And 3D control and image control functions of the mouse are supported. The system can reasonably distribute or stop the channel use according to the authority and authorization required by the actual user.
The voice talkback module can realize voice talkback between the monitoring center units and realize voice talkback or voice broadcast between the monitoring center units and the front-end image acquisition unit like single equipment or multiple pieces of equipment.
The alarm receiving module sends a signal and transmits the signal to the alarm receiving module when the real-time monitoring module finds an illegal vehicle, the alarm receiving module receives the signal and immediately alarms to prompt a worker, and simultaneously, video equipment which is predefined and associated with a monitoring position is automatically linked, a speed dome preset position is automatically started, images of nearby monitoring positions can be manually selected to perform video verification and rechecking and video recording, or a voice talkback function is started, so that voice call with an alarm source is realized; when receiving a plurality of alarm messages, the alarm messages can be displayed according to the priority of the alarm situation, the alarms at the same level are queued for display, and workers can input alarm handling information and alarm situation confirming person information and store the information; all alarm information is automatically stored in a database, statistics, query and printing can be performed, and video data can be retrieved through alarm events.
The video patrol module is used for timely finding out alarm handling information and clues, and can display real-time video images in a single picture or multiple pictures through the C/S client and the web browser; when suspicious personnel enter a cell or a prohibited place, patrol monitoring is carried out through preset positions preset by a video patrol module in environments such as defense control and snapshot in a complex scene, when a vehicle enters an illegal detection area, a camera acquires video information to an intelligent analysis server, the camera is controlled to automatically track and snapshot illegal vehicles after analysis, tracking and amplification are carried out, illegal information is automatically generated, and effective punishment and query management are carried out.
When an alarm occurs in an area, the platform can schedule the video image information system to select the surrounding monitoring resources of the occurrence area in any range by using a mouse according to a set plan, and the system automatically controls the monitoring resource holder to face the central position of the alarm circle, triggers the functions of storage, video recording and snapshot and controls the video to be on a television wall.
The image alarm condition linkage module realizes vehicle alarm at the bayonet, the bayonet for alarm on a GIS map flickers and sends alarm buzzing, videos around the bayonet are automatically polled and opened and adjusted to preset positions, the on-site peripheral monitoring images of the case are displayed in multiple pictures, the adjustment preset of a monitoring area under various conditions is formed, a linkage interface of the system and the police service gateway can be opened, and inquiry of vehicle information and receiving of alarm information are realized by using the police service gateway.
Meanwhile, the system of the invention adopts a virtualized access technology to realize the combination of a hardware part and a software part, and adopts four modes of API/TCP/Web Service/Http to provide internal and external data interface services, can collect and process billions of mass historical traffic monitoring data, can process the full amount of original traffic monitoring data streams with the flow rate exceeding 10000 in real time, provides large-flow data storage capacity, prevents data accumulation, can store billions of data, completes application calculation of various complex services, has a high-efficiency real-time data channel, and provides second-level response time for real-time services such as real-time monitoring, alarming and the like.
The system architecture adopts Service Oriented Architecture (SOA) technology to construct the whole system architecture. A software application structure combining B/S + C/S is adopted to meet various actual combat requirements, the J2EE technology is mainly used for development, different functional units of an application program are defined as services, the services are connected through well-defined interfaces and contracts, the interfaces are defined in a neutral mode and are independent of a system for realizing the services, and therefore the services constructed in various systems can interact in a unified and universal mode. Therefore, on one hand, the legacy system can be integrated into a new application, and a newly developed system can be well integrated into the application after adopting an interface design conforming to the specification. These systems are loosely coupled, eventually forming a new system that is extensible.
The invention can realize the functions of intelligent identification, advanced discovery and automatic alarm of abnormal behaviors in road traffic, improve the monitoring accuracy, simultaneously can simultaneously and intensively manage a plurality of areas, enables the urban road traffic management work to be more effective, and plays an important role in ensuring traffic and maintaining normal traffic order.
Therefore, the scope of the present invention should not be limited to the disclosure of the embodiments, but includes various alternatives and modifications without departing from the scope of the present invention, which is defined by the claims of the present patent application.
Claims (5)
1. A traffic video monitoring management control system, characterized by comprising:
the system comprises a front-end image acquisition unit, a front-end image processing unit and a control unit, wherein the front-end image acquisition unit is used for acquiring pictures or videos of vehicle behaviors in road traffic and converting the pictures or videos into digital signals;
a communication transmission unit for transmitting the digital signal to a next unit; and
the monitoring center unit receives the digital signals from the communication transmission unit, stores the digital signals as data into a database, further stores the data into a distributed database, unifies the data into a standard, converts the digital signals into videos or images for displaying, and controls the front-end image acquisition unit to track and snapshot illegal vehicles;
the real-time monitoring module is used for enabling a client of a client to obtain data from a server of the monitoring center unit through a web server, displaying the data in an image form and transmitting a corresponding control command to the server of the monitoring center unit to further realize control over the front-end image acquisition unit;
the remote control module is used for realizing the remote control of the front-end image acquisition unit by a user through a network;
the video distribution module is used for distributing the data collected by the monitoring center, so that a plurality of clients can simultaneously access the image data collected by the front-end image collection unit; and
the image and quality analysis module is used for detecting the image quality and analyzing the image, storing the analysis result into the database, calling the analysis result data from the database and displaying the image through the monitoring center unit;
the system also comprises a video retrieval playback module and a voice talkback module, wherein the video retrieval playback module is used for carrying out centralized and unified management on video data scattered in each area, providing a unique video data retrieval and on-demand interface and uniformly receiving and processing user requests; the voice talkback module is used for realizing the talkback function of a user between the front-end image acquisition unit and the monitoring center unit;
the system also comprises an alarm receiving module and a video patrol module, wherein the alarm receiving module is used for receiving alarm information and storing information data into a database; the video patrol module is used for timely finding alarm information and clues, the alarm receiving module further triggers the alarm receiving module when the real-time monitoring module finds illegal vehicles, immediately gives an alarm to prompt staff, and meanwhile, the alarm receiving module also automatically links video equipment of a predefined associated monitoring position, and also can manually select images of nearby monitoring positions to carry out video verification and recheck and record or start a voice talkback function to realize voice call with an alarm source; when receiving a plurality of alarm information, the alarm receiving module can also display according to the priority of the alarm condition, and the alarm at the same level is queued for display, so that the staff can input and store alarm handling information and alarm condition confirming person information, and the alarm receiving module can also automatically store the alarm information in a database so as to count, inquire and print the alarm information and retrieve video data through alarm events; the video patrol module carries out wheel patrol monitoring on a preset position, when a vehicle enters an illegal detection area, the camera acquires video information and sends the video information to the intelligent analysis server, and the intelligent analysis server controls the camera to automatically track, snapshot and track the illegal vehicle after analysis, carries out tracking amplification, automatically generates illegal information, and carries out effective punishment and query management.
2. The traffic video monitoring, managing and controlling system according to claim 1, further comprising a map application module and an image alarm linkage module, wherein the map application module automatically locks the target position when an alarm occurs based on a GIS system, and stores the acquired position information in a database for other modules to extract and use.
3. The traffic video monitoring, managing and controlling system according to claim 1, wherein the data in the database is extracted by using a computer video recognition technology, a virtualization access technology and a big data visualization technology, and the data meeting the requirements of the set parameters is calculated and distributed for storage and management.
4. The traffic video surveillance management control system according to claim 1, characterized in that a service-oriented architecture technology is used to build the whole architecture.
5. The traffic video monitoring, managing and controlling system according to claim 1, wherein the real-time monitoring module employs a software application structure combining B/S and C/S to realize remote human-computer interaction, and acquires data from the server of the monitoring center and sends control commands to the server.
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