KR102024149B1 - Smart selevtive intelligent surveillance system - Google Patents

Abstract

The present invention provides a smart selective intelligent control system capable of increasing control efficiency. According to the present invention, the smart selective intelligent control system comprises: an image analysis server receiving image information from an image management system in real time, analyzing the received image information to determine a control target image to be controlled in a plurality of control terminals, and generating and transmitting information related to a control target about the control target image to a control distribution server; the control distribution server distributing and transmitting the information related to the control target received from the image analysis server based on control scenario information for each controller to each control terminal; and the control terminal displaying a plurality of control target images received from the image management system on a screen of a display device in accordance with priority information for each controller included in the control scenario information for each controller wherein the plurality of control target images are received based on the information related to the control target transmitted from the control distribution server.

Description

Intelligent Smart Screening Control System {SMART SELEVTIVE INTELLIGENT SURVEILLANCE SYSTEM}

The present invention relates to a control system, which analyzes a plurality of control target images obtained through CCTV, and distributes the analyzed control target images for each controller according to the control scenario information previously set by the controller, and the controller first sets the priorities. The present invention relates to an intelligent smart screening control system capable of providing a selective and focused observation function by automatically displaying a control target image at a predetermined position in a display device according to ranking information.

Recently, the frequency of using CCTV images in a crime, various accidents, disasters, etc. has increased significantly. In addition, it is also used to prevent and detect in the event of crime, various accidents and disasters, the installation of CCTV is also increasing significantly.

The images acquired by CCTV are delivered in real time to local governments, government offices or police departments, and multiple controllers monitor the images using multiple monitors. At this time, a plurality of images are displayed in a grid form on one monitor, and these images are usually provided alternately for random or preset CCTV without any special rules. Therefore, the controller must continuously focus on the plurality of CCTV images provided without any rules displayed on the monitor, which increases the fatigue of the controller and reduces the attention, thereby acting as a major factor to reduce the control efficiency.

The present invention is to solve the problems as described above, by analyzing a plurality of control target images obtained through CCTV, the control efficiency by distributing the analyzed control target image by controller according to the control scenario information previously set by the controller The purpose of the present invention is to provide an intelligent smart screening control system.

In addition, the present invention can provide a selective and important concentration observation function by automatically displaying the control target image at a predetermined position in the display device according to the priority information included in the control scenario information preset by the controller. It is another object to provide an intelligent smart screening control system.

In order to solve the above problems, the present invention is an intelligent smart screening control system, which receives video information from a video management system in real time, analyzes the received video information, and becomes a target to be controlled in each of a plurality of control terminals. An image analysis server for determining a control target image, generating control target related information about the control target image, and transmitting the control target image to a control distribution server; A control distribution server for distributing control object related information received from the video analysis server to each control terminal based on control scenario information for each controller; And displaying a plurality of control target images received from the video management system based on control object related information transmitted from the control distribution server on the screen of the display device based on priority information for each controller included in control scenario information for each controller. It provides an intelligent smart screening control system including a control terminal.

Here, the video analysis server detects an object from an image displayed by video information input and streamed in real time from an image management system, and determines an image from a point in time at which the object is detected as a control target image, An object detector configured to generate object classification information indicating a type of object and to track object movement to generate object position information; And a control object related information generating unit for generating control object related information on the control object image determined by the object detection unit and transmitting the generated control object related information to the control distribution server.

The control target related information may include event data including camera information, time information, event mode information, object classification information, object location information, and object still image information, and camera information, time information, object classification information, and object location. It may include tracking data composed of information.

In addition, the camera information is an identifier of a CCTV that transmits the image information detected by the object in the object detector, the time information is information indicating the time indicating the object is detected, the event mode information indicating that the object is detected It consists of event start information and event end information indicating the end of object detection, the object position information is the position of the object in the plane when the image represented by the image information on the x-axis and y-axis plane The object classification information may be information indicating a kind of detected object, and the object still image information may be a video image of a point in time at which an object is detected.

In addition, the control distribution server, the server communication unit for transmitting and receiving data with the image analysis server; Terminal communication unit for transmitting and receiving data with the control terminal; A control scenario information management unit which stores and manages control scenario information for each controller transmitted through the control terminal; A filtering unit which determines, for each controller, control object related information to be transmitted to the control terminal used by each controller based on the controller scenario information for each controller; And it may include a distribution unit for distributing the control object-specific information for each controller determined by the filtering unit through the terminal communication unit to distribute to the control terminal used by the controller.

In addition, the control scenario information for each controller is information for determining a control target image to be displayed on the display device at a specific time slot for each controller, and may include controller ID, control time information, control camera information, and event information.

In addition, the control camera information may include a CCTV ID which is an identifier of a CCTV for transmitting a control target image to be displayed by each controller through a display device of a control terminal and priority information set for each CCTV ID.

In addition, the priority information may indicate information on which positions on the screen of the display device of the control terminal used by the controller to display the control target image corresponding to the CCTV ID for each CCTV ID have.

The filtering unit may determine the control target related information for each controller by comparing the information included in the control scenario information for each controller with the information included in the control target information.

The filtering unit may compare the object classification information included in the plurality of control object related information transmitted from the image analysis server with the event information included in the control scenario information for each controller, and the object classification information and the event information may be In the same case, the camera information included in the control target information is compared with the control camera information included in the control scenario information for each controller, and when the camera information and the control camera information included in the control target information are the same, the corresponding control The target-related information is decided as the control target information to be transmitted to the control terminal used by the controller, and the priority information set for the CCTV ID included in the control camera information corresponding to each control target information is determined. Check each controller ID, each control target May be relevant information and control the target performs a process of transmitting the priority information distribution part corresponding to the information at the same time in parallel to the plurality of control target information transmitted from the image analysis server.

The distribution unit may transmit the control object related information to each control terminal through a UDP interface used by the terminal communication unit based on the priority information and the controller ID based on the control object related information determined for each controller transmitted from the filtering unit. have.

The distribution unit may transmit the control object related information to each control terminal through the terminal communication unit based on the UDP port number configured in the order of the control object related information, the controller ID, and the priority information.

The control terminal may request a control target image corresponding to camera information included in the received control target related information to an image management system, and the image management system may control the control target image in real time by streaming. Can be sent to.

The control terminal may display the control target image at a position on a preset screen of the display apparatus according to priority information corresponding to the UDP port where the control target related information is received.

The control terminal may provide an object highlight display indicating that an object exists on the control target image based on time information and object position information included in the control target related information.

According to the present invention, an intelligent smart screening control system which analyzes a plurality of control target images acquired through CCTV and distributes the analyzed control target images for each controller according to the control scenario information previously set by the controller, thereby increasing control efficiency. Can be provided.

In addition, according to the present invention, by providing a selective and important concentration monitoring function by automatically displaying the control target image in the preset position on the display device according to the priority information included in the control scenario information preset by the controller. Can provide intelligent smart screening control system.

1 is a view showing the overall configuration and connection relationship of the intelligent smart screening control system 100 according to an embodiment of the present invention.
2 is a diagram illustrating a configuration of the image analysis server 10.
3 illustrates an example of control object related information.
4 is a diagram illustrating a configuration of the control distribution server 20.
5 shows an example of control scenario information.
6 is a flowchart illustrating an operation of the filtering unit 24.
7 and 8 are diagrams for explaining a process of generating a UDP port number by the distribution unit 25.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the overall configuration and connection relationship of the intelligent smart screening control system 100 according to an embodiment of the present invention.

Referring to FIG. 1, the intelligent smart screening control system 100 (hereinafter, simply referred to as “control system 100”) includes an image analysis server 10, a control distribution server 20, and a control terminal 30. do.

The image analysis server 10 is connected to the image management system 200 to receive image information from the image management system 200 in real time, analyzes the received image information, and controls each of the plurality of control terminals 30. The control target image is to be determined, and the control target related information for the control target image is generated and transmitted to the control distribution server 20.

Here, the video management system 200 performs a function such as receiving and storing streaming video information transmitted in real time from the plurality of CCTV (300). Since the video management system 200 itself is not a direct object of the present invention and may be known by the prior art, a detailed description thereof will be omitted.

The video management system 200 transmits the video information received from the CCTV 300 to the video analysis server 10 in real time. For example, the video management system 200 may transmit the video information by RTSP (Real Time Streaming Protocol).

Here, the image information may include camera information which is an identifier (ID) of each CCTV 300 as well as data of a real-time streaming image itself captured by the CCTV 300.

CCTV 300 refers to a conventional device that is installed in a remote place to obtain an image in real time and transmit it to the image management system 200. CCTV 300 is also not a direct object of the present invention and is well known by the prior art, so a detailed description thereof will be omitted.

The control distribution server 20 performs a function of distributing and transmitting control object related information received from the image analysis server 10 to each control terminal 30 based on control scenario information for each controller.

The control distribution server 20 receives control object related information from the image analysis server 10 and receives control scenario information for each controller through the control terminal 30 and stores the control scenario information for each controller.

The control terminal 30 is composed of at least two or more pieces, and controls the plurality of control target images received from the video management system 10 based on the control target related information transmitted from the control distribution server 20 for each controller. It performs a function of displaying on the screen of the display device based on the priority information for each controller included in the scenario information.

The control terminal 30 requests the control target image to the image management system 200 based on the control target related information received from the control distribution server 20 and receives the control target image from the image management system 200 to display the display device. Display on the screen.

The control terminal 30 may be composed of, for example, a display device such as a computer and a monitor. The display device may be composed of two or more pieces, and a plurality of control target images are divided and displayed on a screen of each display device in, for example, a 4 × 4 grid, and the control terminal 30 displays control scenario information for each controller. The plurality of control target images received from the video management system 200 are classified and displayed at positions on a screen of a preset display device based on the priority information included in the display.

The controller monitors a plurality of control target images displayed according to priority information on the screen of the display device of the control terminal 30 to take appropriate measures when an emergency occurs.

Hereinafter, each component will be described in more detail with reference to FIG. 2.

2 is a diagram illustrating a configuration of the image analysis server 10.

Referring to FIG. 2, the image analysis server 10 includes an object detector 11 and a control object related information generator 12.

The object detector 11 detects an object from an image displayed by the image information input in real time streamed from the video management system 200, and determines the image from the time point at which the object is detected as the control target image. do.

In addition, the object detecting unit 11 generates object classification information indicating the type of the detected object and tracks the movement of the object to generate object position information.

Here, the object may be, for example, a vehicle, a bicycle, a motorcycle, a person, or the like, and means an object having a meaning that may be an object of control in the control system 100 according to the present invention.

The control system 100 according to the present invention performs the control for the purpose of crime prevention, disaster prevention, record keeping, etc. based on the image obtained by the CCTV 300 disposed on the street or a specific place, such a point In the present invention, the object is representative of the vehicle, the person or a complex of the vehicle and the person, but is not limited thereto, and may define other objects according to control purposes.

Meanwhile, the object position information may be coordinate information about a position where an object exists in the corresponding plane when the image displayed by the image information is displayed on the x-axis and y-axis planes.

For example, the object position information is coordinate information for indicating a rectangle including an object, and may be composed of coordinate information of an upper left vertex and coordinate information of a lower right corner among four vertices of the rectangle.

When the object moves over time, the object detector 11 generates object position information for each time.

Here, the object classification information refers to information indicating the type of the detected object, for example, may be any one of a vehicle, a person, a complex of a vehicle and a person.

As a method of detecting an object that is a vehicle, a person, or a complex of a vehicle and a person from a given image, generating object position information, and generating object classification information, for example, the object detector 11 is trained by artificial intelligence (AI). In addition, a method of generating object location information by detecting a vehicle, a person, or a complex of a vehicle and a person from an input image and determining coordinates of these objects in the image may be used.

The object detecting unit 11 may use what is known by the prior art, and since the object detecting unit 11 is not a direct object of the present invention, detailed description thereof will be omitted.

Meanwhile, the control target related information generating unit 12 may generate the control target related information on the control target image determined by the object detector 11 and transmit the generated control target related information to the control distribution server 20. To perform.

Here, the control object-related information means meta information related to the control object image, and may include event data and tracking data.

3 illustrates an example of control object related information.

The event data refers to an event when detected by the object detection unit 11 and refers to data related to the event. As shown in FIG. 3, for example, camera information, time information, event mode information, object classification information, and object. Location information and object still image information may be included.

The camera information is identifier (ID) information of the CCTV 300 that transmits image information in which the object is detected by the object detector 11. The identifier of the CCTV 300 is uniquely assigned to each CCTV 300 in advance, and is information that can be grasped by the image management system 100 coupled with the CCTV 300, and the image management system 100 analyzes the image. Since the image information may be transmitted to the server 10 while being transmitted with the image information, the image analysis server 10 may acquire camera information that is identifier (ID) information of the CCTV 300 that has transmitted the detected image information. .

The time information represents a time indicating the point in time at which the object is detected, and a time point in which the object is detected may be defined as a time point in which an event occurs, and the timestamp at this time may be viewed as time information.

The event mode information includes event start information indicating that an object has been detected and event end information indicating when object detection has ended. For example, the event start information may be set as "0" and the event end information as "1".

The object position information is obtained by the object detector 11 as described above, and when the image displayed by the image information is displayed on the x-axis and y-axis planes, the object position information means coordinate information about a position where the object exists in the corresponding plane. . This is preferably coordinate information indicating a rectangle including an object as described above.

The object classification information is obtained by the object detection unit 11 as information indicating the type of the detected object as described above, and classifies the object into a vehicle, a person, or a complex of a vehicle and a person, for example, vehicle = 0, person = 1, vehicle and person complex = 2, and so on.

The object still image information refers to a video image of a point in time at which an object is detected. When the object detector 11 detects an object, the object still image information is captured and generated as a thumbnail file in the form of an image by capturing image information at the point in time.

On the other hand, the tracking data means data related to the movement of the object when a movement occurs in the object detected by the object detection unit 21, as shown in Figure 3, the camera information, time information, object classification information It may include object location information.

These are the same as described above in the event data, so detailed description thereof will be omitted.

As such, when the object is detected by the object detector 11 and determined as the control target image, the control target related information generation unit 12 generates event data and tracking data as the control target related information for the corresponding control target image, It transmits to the control distribution server 20.

Here, event data is generated every time an event occurs, that is, every time an object is detected, and tracking data is generated corresponding to the passage of time each time the movement of the detected object occurs, so that the control distribution server 20 Is sent to.

Next, the configuration and operation of the control distribution server 20 will be described.

4 is a diagram illustrating a configuration of the control distribution server 20.

As described above, the control distribution server 20 performs a function of distributing and transmitting control target related information received from the video analysis server 10 to each control terminal 30 based on control scenario information for each controller. do.

Referring to FIG. 4, the control distribution server 20 includes a server communication unit 21, a terminal communication unit 22, a control scenario information management unit 23, a filtering unit 24, and a distribution unit 25.

The server communication unit 21 is a means for transmitting and receiving data necessary for the present invention with the image analysis server 10. In the present invention, the server communication unit 21 transmits and receives data with the image analysis server 10 through a TCP / IP interface. The server communication unit 21 receives the control object related information from the image analysis server 10 through the TCP / IP interface, and transmits it to the filtering unit 24 and the distribution unit 25.

The terminal communication unit 22 is a means for transmitting and receiving data necessary for the present invention with the control terminal 30. In the present invention, data is transmitted and received with the control terminal 30 through the UDP interface. As described later, the terminal communication unit 22 distributes and transmits control target related information to each control terminal 30 by the operations of the control scenario information management unit 23, the filtering unit 24, and the distribution unit 25. It performs the function.

In addition, the terminal communication unit 22 also performs a function of receiving scenario information for each controller transmitted through the control terminal 30 and transmitting it to the control scenario information management unit 23.

The control scenario information management unit 23 is a means for storing and managing control scenario information for each controller transmitted through the control terminal 30. In addition, the control scenario information management unit 23 provides a user interface that allows the controller to set the control scenario to the controller through the control terminal 30, and receives and stores the control scenario information for each controller selected by the controller through this. .

Here, the control scenario information for each controller refers to information for determining a control target image to be displayed through the display apparatus at a specific time slot for each controller.

5 shows an example of control scenario information.

Referring to FIG. 5, the control scenario information includes a controller ID, control time information, control camera information, and event information.

The controller ID is an identifier uniquely assigned to each controller, and the control time information means a time when the control scenario information is applied.

The control time information refers to a time zone in which control scenario information is applied by the control distribution server 20, and may be set separately by season, month, week, day, and time.

The control time information may be set in plural and may configure different control scenario information according to each time information. In FIG. 5, two control scenario information applied to the corresponding time zones are divided into two time zones T1 and T2.

The control camera information includes a CCTV ID, which is an identifier of the CCTV 300 that transmits a control target image to be displayed by each controller through the display device of the control terminal 30, and priority information set for each CCTV ID.

Here, each CCTV ID is the ID of the CCTV (300) selected by the user by the interface provided through the control scenario information management unit 23 as described above. The CCTV ID may be set by checking information such as a plurality of areas of interest, locations, installation locations, camera channels, and the like, and selecting controllers individually or in groups of desired CCTVs.

Meanwhile, the priority information means information on which position on the screen of the display device of the control terminal 300, which the controller is using, to display the control target image corresponding to the CCTV ID for each CCTV ID. do. As described above, the display device is composed of a plurality of two or more for each of the control terminal 30, each of the plurality of control target image is divided into a grid type of 4 × 4, for example, the control terminal 30 ) Distinguishes and displays a plurality of control target images corresponding to respective CCTV IDs received from the image management system 200 at positions on the screen of the display device set in advance according to the priority information.

For example, when 16 control target images are displayed in the form of a 4 × 4 grid on a screen of one display device, the images are sequentially moved from the upper left to the right and to the lower cell and arranged again in the right direction. Can be set to display the control target image having a high priority.

In the case of a plurality of display devices, a method of arranging them in order from the upper left on the screen of each display device one by one in order of high priority may be used.

The priority information may be set in such a manner that the controller selects and inputs desired information through an interface provided by the priority information manager 23 through the control terminal 30.

As shown in FIG. 5, the priority information may be set according to the priority of five levels of HIHI, HIGH, MID, LOW, and LOLO. HIHI is the highest priority and sequentially corresponds to the low priority up to LOLO.

On the other hand, the event information is information indicating the type of the object that the controller wants to control in the control target image, as described above in the object classification information, may be composed of any one or more of a person, a vehicle, a complex of a person and a vehicle. .

The filtering unit 24 is a means for determining, for each controller, control object related information to be transmitted to the control terminal 30 used by the controller based on the control scenario information for each controller.

The filtering unit 24 may determine the control target related information for each controller by comparing the information included in the control scenario information for each controller with the information included in the control target information.

6 is a flowchart illustrating an operation of the filtering unit 24.

First, the filtering unit 24 compares the object classification information included in the plurality of control object-related information transmitted from the image analysis server 10 with the event information included in the control scenario information for each controller (S100). .

When the object classification information and the event information are the same, the camera information included in the control target-related information is compared with the control camera information included in the control scenario information for each controller (S110).

If the camera information included in the control target information is the same as the control camera information, the control target information is determined as the control target related information to be transmitted to the control terminal 30 used by the controller, and each control target Check the priority information set for the CCTV ID included in the control camera information corresponding to the related information, respectively (S120), and the controller ID, priority information corresponding to each control target information and control target related information. Is transmitted to the distribution unit 25 (S130).

When this process is performed in parallel on a plurality of control object related information transmitted from the image analysis server 10 at the same time, the control object related information to be transmitted to the control terminal used by each controller along with priority information for each controller. You can decide.

The filtering unit 24 transmits control object related information determined for each controller to the distribution unit 25 together with the priority information and the controller ID.

The distribution unit 25 is a means for distributing and transmitting control object related information for each controller determined by the filtering unit 24 to the control terminal 30 used by the controller through the terminal communication unit 22.

The distribution unit 25 controls each control terminal 30 through the UDP interface used by the terminal communication unit 22 based on the priority information and the controller ID based on the control target information determined for each controller transferred from the filtering unit 24. In this case, the control object related information may be transmitted. At this time, the control object related information may be transmitted to each control terminal 30 through a UDP port number using the control object related information, the controller ID, and the priority information.

That is, the distribution unit 25 transmits the control target related information to each control terminal 30 through the terminal communication unit 22 by the UDP port number configured in the order of the control target related information, the controller ID, and the priority information. Can transmit

7 and 8 are diagrams for explaining a process of generating a UDP port number by the distribution unit 25.

FIG. 7 illustrates a rule for generating a UDP port number in the distribution unit 25. The UDP port number is configured as 5 digits, and the base of the UDP port is set according to the type of control target related information (event data / tracking data). Separate it by the first two and three.

The next two digits (XX) represent the controller ID, and the offset added to the last digit is 0,1,2,3, depending on the priority information (HIHI, HIGH, MID, LOW, LOLO). 4 is given.

FIG. 8 illustrates an example of a UDP port number generated by a rule as shown in FIG. 7. When the controller ID is 11, it can be seen that a UDP port number is generated according to priority information for each event data / tracking data.

For example, the UDP port number for the event data having a priority of HIHI is the first three digits since the event data has the first two digits and the controller ID is 11. Since the HIHI has an offset of 0, the UDP port number is 21100.

In the same manner, each controller ID may generate a UDP port number based on priority information according to event / tracking data, and the distribution unit 25 may control the target through the terminal communication unit 22 using such a UDP port. The relevant information may be transmitted to the control terminal 30 used by each controller by the UDP broadcasting method.

Accordingly, the distribution unit 25 may rapidly transmit the control object related information according to the priority to the control terminal 30 corresponding to each controller ID, and the control object related information received by the control terminal 30 may be transferred to the UDP port. Since it is previously divided according to the control terminal 30 can be displayed in real time without a time delay to the control target-related information received by each UDP port to a predetermined position of the display unit.

Here, the controller ID is previously uniquely assigned to each controller, and when the controller logs in to the control distribution server 20 using the controller ID at a specific control terminal 30, the corresponding control terminal 30 and the control distribution server 20 ), The UDP port as described above can be prepared.

Meanwhile, when the control terminal 30 receives the control object related information through the UDP port as described above, the control terminal 30 requests the control object image corresponding to the control object related information to the video management system 200 and the image management system 200. ) Transmits the corresponding control target video to the control terminal 30 in a streaming manner in real time.

The control terminal 30 may determine a corresponding control target image based on the camera information included in the control target related information, and request the control target image to the image management system 200.

The control terminal 30 displays the corresponding control target image on the screen of the display device as soon as the control target image is received. In this case, as described above, the control target image depends on the received UDP port, that is, the priority information. Accordingly, the control target image is displayed at a preset position on the display device.

For example, an image received through a UDP port corresponding to HIHI, which is the highest priority, may be displayed on the left side of the top of the display device.

In addition, when the control terminal 30 refers to the time information and object location information included in the control target related information, the control terminal 30 may know the type of the object included in the control target image and the location where the object exists on the screen. Accordingly, the control terminal 30 may provide an object highlight display such as a rectangle indicating that an object exists on the control target image by referring to the object position information in an overlay manner.

Therefore, the controller can easily grasp the object visually by highlighting the object while grasping the control target image classified by priority, thereby increasing the control efficiency.

In the above, the preferred embodiment of the present invention has been described, but the present invention is not limited to the above embodiment, and various other modifications and variations are possible, of course.

For example, the image management system 200 and the image analysis server 10 have been described as separate components, but they may be integrated and implemented as a single device.

In addition, the image analysis server 10 and the control distribution server 20 is also shown as a separate configuration, but these can also be integrated configuration and implemented as a single system.

100 ... intelligent smart sorting control system
200 ... Video Management System
300 ... CCTV
10 Video analytics server
20.Control Distribution Server
30.Control terminal

Claims (15)

As an intelligent smart screening control system,
Receives video information from the video management system in real time, analyzes the received video information, determines the control target images to be controlled by each of the plurality of control terminals, and generates control information related to the control target image to distribute the control An image analysis server for transmitting to the server;
A control distribution server for distributing control object related information received from the video analysis server to each control terminal based on control scenario information for each controller; And
Displaying a plurality of control target images received from the video management system based on control object related information transmitted from the control distribution server on the screen of the display device based on priority information for each controller included in control scenario information for each controller. Control terminal
Including,
The control target related information includes event data including camera information, time information, event mode information, object classification information, object location information, and object still image information, and camera information, time information, object classification information, and object location information. Includes tracking data that is configured,
The camera information is an identifier of a CCTV that transmits the image information detected by the object in the object detection unit, the time information is information indicating a time indicating the time when the object is detected, the event mode information is the event start indicating that the object is detected Information and event end information indicating a case where object detection is finished, and the object position information indicates the position of the object in the plane when the image represented by the image information is represented on the x and y axis planes. Coordinate information, wherein the object classification information is information indicating a kind of detected object, the object still image information is a video image of a time point at which an object is detected,
The control distribution server,
Server communication unit for transmitting and receiving data with the image analysis server;
Terminal communication unit for transmitting and receiving data with the control terminal;
A control scenario information management unit which stores and manages control scenario information for each controller transmitted through the control terminal;
A filtering unit which determines, for each controller, control object related information to be transmitted to the control terminal used by each controller based on the controller scenario information for each controller; And
Distribution unit for distributing control target information for each controller determined by the filtering unit through the terminal communication unit to transmit to the control terminal used by the controller
Including,
The control scenario information for each controller is information for determining a control target image to be displayed through a display device at a specific time slot for each controller, and includes controller ID, control time information, control camera information, and event information.
The control camera information includes a CCTV ID, which is an identifier of a CCTV for transmitting a control target image to be displayed by each controller through a display device of a control terminal, and priority information set for each CCTV ID,
The priority information indicates information on which positions on the screen of the display device of the control terminal used by the controller to display the control target image corresponding to the CCTV ID for each CCTV ID,
The filtering unit compares the information included in the control scenario information for each controller with the information included in the control target related information, and determines the control target related information for each controller, but includes a plurality of control targets transmitted from the image analysis server. The object classification information included in the information is compared with the event information included in the control scenario information by controller, and when the object classification information and the event information are the same, the camera information included in the control target information and the control scenario by the controller are compared. When the control camera information included in the information is compared and the camera information included in the control target information is the same as the control camera information, the control target to be transmitted to the control terminal used by the controller Determined by relevant information, and for each control Check the priority information set for the CCTV ID included in the control camera information corresponding to the phase related information, and distribute the priority information corresponding to the controller ID, the information related to each control object, and the information related to the control object to the distribution unit. Simultaneously performing a transmission process on a plurality of control target related information transmitted from the image analysis server in parallel and simultaneously
The distribution unit transmits the control target related information to each control terminal through a UDP interface used by the terminal communication unit based on the priority information and the controller ID based on the control target information determined for each controller transferred from the filtering unit. An intelligent smart screening control system for transmitting control target related information to each control terminal through a terminal communication unit by a UDP port number configured in the order of information related to a target, a controller ID, and priority information.
The method according to claim 1,
The video analysis server,
The object is detected from the image displayed by the video information input and streamed in real time from the video management system, the image from the time point at which the object is detected is determined as the control target image, and the object classification information indicating the type of the detected object is obtained. An object detector configured to generate the object position information by tracking the movement of the object; And
Control object related information generation unit which generates control object related information on the control target image determined by the object detection unit and transmits the generated control object related information to the control distribution server.
Intelligent smart screening control system comprising a.
delete delete delete delete delete delete delete delete delete delete The method according to claim 1,
The control terminal requests a control target image corresponding to camera information included in the received control object related information to the image management system.
The video management system intelligent smart screening control system, characterized in that for transmitting the control target video in real time streaming to the control terminal.
The method according to claim 13,
The control terminal,
And displaying the control target image at a predetermined position on a screen of a display device according to priority information corresponding to the UDP port at which the control target related information is received.
The method according to claim 14,
The control terminal is an intelligent smart screening control system, characterized in that for providing an object highlighting indicating that the object exists on the control target image based on the time information and object position information included in the control target information.

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