CN117939084A - Monitoring management system for video splicing processing - Google Patents

Abstract

The present invention discloses a monitoring and management system based on video splicing processing, which relates to the field of image care technology, and includes a monitoring module, a processing module, a map module, a correction module, a display module and an early warning module. The monitoring module includes a recording unit and a storage unit. The recording unit is mainly used for transmitting videos recorded by multiple monitors to the storage unit and the monitoring module respectively, and storing the monitoring data through the storage unit. The advantages of the present invention are: the surrounding video is recorded by the monitoring module, and the terrain not captured in the two videos is supplemented by the image recognition unit, and the video in the correction module is displayed by the display module, and the data of movable objects in the image recognition unit is transmitted to the model drawing unit by the correction module, and the movable objects are monitored in the monitoring module, so that some of the objects not monitored can be simulated and photographed.

Description

A monitoring management system based on video splicing processing

Technical Field

The present invention relates to the technical field of image processing, and in particular to a monitoring and management system based on video splicing processing.

Background technique

The monitoring management system can be used for video splicing. Through the monitoring management system, the videos shot by different cameras can be monitored and managed in real time. In the video splicing process, the monitoring management system can help users view the videos shot by different cameras in real time, and perform splicing and processing operations. At the same time, the monitoring management system can also provide video storage and playback functions, which is convenient for users to view and manage the spliced videos. Through the monitoring management system, users can perform video splicing more conveniently, improve work efficiency and the convenience of monitoring management;

However, when the surveillance videos are spliced on a display screen, there may be positions between the two videos that cannot be captured, resulting in the inability to monitor items. For this reason, we propose a surveillance management system based on video splicing processing.

Summary of the invention

The purpose of the present invention is to provide a monitoring and management system based on video splicing processing.

To solve the problems raised in the above background technology, the present invention provides the following technical solutions: a monitoring and management system based on video splicing processing, comprising a monitoring module, a processing module, a map module, a correction module, a display module and an early warning module;

The monitoring module includes a recording unit and a storage unit. The recording unit is mainly used to transmit the videos recorded by multiple monitors to the storage unit and the monitoring module respectively, and store the monitoring data through the storage unit;

The map module includes a picture recognition unit and a model drawing unit. The picture recognition unit is mainly used to recognize the content in the picture and transmit the data to the model drawing unit. The model drawing unit retrieves the information in the storage unit and performs model drawing, splices the overlapping parts of the modeling, and records the movement information in the picture. The moving objects in the video are moved to the data in the picture recognition unit. The model drawing unit simulates the data in the picture recognition unit, and displays the position when the movement information appears after the information of the splicing position, and transmits the data to the processing module;

The processing module includes an analysis unit and a splicing unit. The analysis unit is mainly used to analyze multiple videos, classify the pictures with similar surroundings in the videos, and transmit the data to the splicing unit and the map module. The splicing unit docks the pictures in the videos, docks the contents in the videos by stretching and squeezing, and transmits the data to the correction module and the storage unit.

The correction module includes a measuring unit and a correction unit. The measuring unit is mainly used to calculate the non-overlapping positions between the videos shot in the monitoring module, and calculate the time from the moving speed of the object in one video to the time when it appears in another video, and correct the information in the data map module through the correction unit, and transmit the data to the display module;

The display module is mainly used to display the image data of the correction module;

The early warning module is mainly used to monitor the content in the display module and mark the abnormal information in the video in the storage unit.

As a further solution of the present invention: the recording unit transmits the recording unit data to the storage unit and the map module through a monitor, a camera or other photographic equipment, and through 2.4G, 4G, a network cable or the like.

As a further solution of the present invention: the personnel mainly use mobile phones and other photographic and video equipment to monitor the surrounding areas and transmit the picture data to the picture recognition unit through communication.

As a further solution of the present invention: the model drawing unit models the terrain information and activity information in the shooting, and models the information in the picture recognition unit and splices it after overlapping with the data in the monitoring module, and then draws it into a virtual image.

As a further solution of the present invention: the analysis unit calculates the videos with overlapping positions in the videos, and splices the videos through the splicing unit, and at the same time compares them with unrelated video content through the map module to determine the location where the video was shot, so as to facilitate the subsequent correction of the video content.

As a further solution of the present invention: the testing unit calculates the distance between the shooting positions in the two monitoring modules and calculates the moving speed in the video.

As a further solution of the present invention: the correction unit transmits the data in the test unit to the model drawing unit, simulates the moving speed and direction of the object in the video in the map module, converts the data into video through the correction unit, and transmits the data to the display module.

As a further solution of the present invention: the display module plays the spliced video and plays the video in the correction module.

As a further solution of the present invention: the early warning module generates corresponding analysis and reports by alerting and storing abnormal information and analyzing monitoring data.

By adopting the above technical solution, compared with the prior art, the beneficial effects of the present invention are:

1. The present invention records the surrounding video through the monitoring module, supplements the terrain not captured in the two videos through the image recognition unit, displays the video in the correction module through the display module, transmits the data of the movable object in the image recognition unit to the model drawing unit through the correction module, and issues an early warning through the early warning module when the movable object is monitored in the monitoring module, so as to simulate the shooting of some of the objects not monitored;

2. The present invention uses the image recognition unit and the model drawing unit to shoot the position that the monitoring module has not captured, and the object movement is still in the starting state at half of the unfilmed section, and simulates the movement of the object in the route of the model drawing unit, and simulates the movement speed in the first half according to the initial speed, and displays it according to normal judgment in the second half, and the delay between video shooting and display is about 3 seconds, and the complete video can be displayed on the display module;

3. The present invention marks the image information of movable objects in the image recognition unit. When the monitoring module is unable to recognize the mobile data, the early warning module will issue an early warning. At the same time, when the moving speed of the object stays in a position that has not been photographed for too long, the early warning module will photograph the objects and personnel, analyze the personnel and issue corresponding reports, so as to supplement the information of the unphotographed position and issue an early warning for the objects in the photographed position.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a system flow chart of an embodiment of the present invention.

Detailed ways

The specific embodiments of the present invention are further described below in conjunction with the accompanying drawings. It should be noted that the description of these embodiments is used to help understand the present invention, but does not constitute a limitation of the present invention. In addition, the technical features involved in the various embodiments of the present invention described below can be combined with each other as long as they do not conflict with each other.

Embodiment 1, please refer to FIG1 , the present invention provides a technical solution: the monitoring and management system based on video splicing processing includes a monitoring module, a processing module, a map module, a correction module, a display module and an early warning module;

The monitoring module includes a recording unit and a storage unit. The recording unit is mainly used to transmit the videos recorded by multiple monitors to the storage unit and the monitoring module respectively, and store the monitoring data through the storage unit;

The map module includes a picture recognition unit and a model drawing unit. The picture recognition unit is mainly used to recognize the content in the picture and transmit the data to the model drawing unit. The model drawing unit retrieves the information in the storage unit and performs model drawing, splices the overlapping parts of the modeling, and records the movement information in the picture. The moving objects in the video are moved to the data in the picture recognition unit. The model drawing unit simulates the data in the picture recognition unit, and displays the position after the movement information appears in the information of the splicing position, and transmits the data to the processing module.

The processing module includes an analysis unit and a splicing unit. The analysis unit is mainly used to analyze multiple videos, classify the pictures with similar surroundings in the videos, and transmit the data to the splicing unit and the map module. The splicing unit docks the pictures in the videos, docks the contents in the videos by stretching and squeezing, and transmits the data to the correction module and the storage unit.

The correction module includes a measuring unit and a correction unit. The measuring unit is mainly used to calculate the non-overlapping positions between the videos shot in the monitoring module, and calculate the time from the moving speed of the object in one video to the time when it appears in another video, and correct the information in the data map module through the correction unit, and transmit the data to the display module;

The display module is mainly used to display the image data of the correction module;

The early warning module is mainly used to monitor the content in the display module and mark the abnormal information in the video in the storage unit.

Please refer to Figure 1. The recording unit transmits the recording unit data to the storage unit and the map module through a monitor, a camera and other photographic equipment, and through 2.4G, 4G, a network cable and the like. The personnel mainly use mobile phones and other photographic equipment to monitor the surrounding area and take pictures, and transmit the picture data to the picture recognition unit through communication. The model drawing unit models the terrain information and activity information in the shooting, and models the information in the picture recognition unit and splices it with the data in the monitoring module after it overlaps, and then draws it into a virtual image. The analysis unit calculates the video with overlapping positions in the video, and splices the video through the splicing unit. At the same time, it compares it with the unrelated video content through the map module, and determines the position where the video is shot, so as to facilitate the subsequent correction of the video content.

In this embodiment, the formula And when the contents shot in the two videos overlap, they are brought into ①; when the contents shot in the two videos are unrelated, they are brought into ②. P represents the result after stitching, R represents the contents and area shot in the video, and L represents the map information of the monitored surroundings.

When in use, the monitoring module is used to record the surrounding video, and the image recognition unit is used to supplement the terrain not captured in the two videos, and the video in the correction module is displayed through the display module. The correction module is used to transmit the data of movable objects in the image recognition unit to the model drawing unit, and when movable objects are monitored in the monitoring module, an early warning is issued through the early warning module.

Embodiment 2, please refer to FIG1 , the present invention provides a technical solution: the monitoring and management system based on video splicing processing includes a monitoring module, a processing module, a map module, a correction module, a display module and an early warning module;

The monitoring module includes a recording unit and a storage unit. The recording unit is mainly used to transmit the videos recorded by multiple monitors to the storage unit and the monitoring module respectively, and store the monitoring data through the storage unit;

The map module includes a picture recognition unit and a model drawing unit. The picture recognition unit is mainly used to recognize the content in the picture and transmit the data to the model drawing unit. The model drawing unit retrieves the information in the storage unit and performs model drawing, splices the overlapping parts of the modeling, and records the movement information in the picture. The moving objects in the video are moved to the data in the picture recognition unit. The model drawing unit simulates the data in the picture recognition unit, and displays the position after the movement information appears in the information of the splicing position, and transmits the data to the processing module.

The processing module includes an analysis unit and a splicing unit. The analysis unit is mainly used to analyze multiple videos, classify the pictures with similar surroundings in the videos, and transmit the data to the splicing unit and the map module. The splicing unit docks the pictures in the videos, docks the contents in the videos by stretching and squeezing, and transmits the data to the correction module and the storage unit.

The correction module includes a measuring unit and a correction unit. The measuring unit is mainly used to calculate the non-overlapping positions between the videos shot in the monitoring module, and calculate the time from the moving speed of the object in one video to the time when it appears in another video, and correct the information in the data map module through the correction unit, and transmit the data to the display module;

The display module is mainly used to display the image data of the correction module;

The early warning module is mainly used to monitor the content in the display module and mark the abnormal information in the video in the storage unit.

Please refer to FIG. 1 , the test unit calculates the distance between the positions captured in the two monitoring modules and calculates the moving speed in the video, the correction unit transmits the data in the test unit to the model drawing unit, simulates the moving speed and direction of the object in the video in the map module, converts the data into a video through the correction unit, and transmits the data to the display module;

In this embodiment, the formula W represents the movement information of the object that is not captured in the second half of the distance in the model drawing unit, T represents the movement distance of the captured object, and S represents the movement time of the captured object.

When in use, the image recognition unit and the model drawing unit are used to capture positions not captured by the monitoring module, and the movement of the object is still in the starting state at half of the uncaptured section, and the movement of the object is simulated in the route of the model drawing unit, and the positive simulation speed is performed in the first half according to the initial speed, and it is displayed according to normal judgment in the second half, and the delay between video capture and display is about 3 seconds.

Embodiment 3, please refer to FIG1 , the present invention provides a technical solution: the monitoring and management system based on video splicing processing includes a monitoring module, a processing module, a map module, a correction module, a display module and an early warning module;

The monitoring module includes a recording unit and a storage unit. The recording unit is mainly used to transmit the videos recorded by multiple monitors to the storage unit and the monitoring module respectively, and store the monitoring data through the storage unit;

The map module includes a picture recognition unit and a model drawing unit. The picture recognition unit is mainly used to recognize the content in the picture and transmit the data to the model drawing unit. The model drawing unit retrieves the information in the storage unit and performs model drawing, splices the overlapping parts of the modeling, and records the movement information in the picture. The moving objects in the video are moved to the data in the picture recognition unit. The model drawing unit simulates the data in the picture recognition unit, and displays the position when the movement information appears after the information of the splicing position, and transmits the data to the processing module;

The processing module includes an analysis unit and a splicing unit. The analysis unit is mainly used to analyze multiple videos, classify the pictures with similar surroundings in the videos, and transmit the data to the splicing unit and the map module. The splicing unit docks the pictures in the videos, docks the contents in the videos by stretching and squeezing, and transmits the data to the correction module and the storage unit.

The correction module includes a measuring unit and a correction unit. The measuring unit is mainly used to calculate the non-overlapping positions between the videos shot in the monitoring module, and calculate the time from the moving speed of the object in one video to the time when it appears in another video, and correct the information in the data map module through the correction unit, and transmit the data to the display module;

The display module is mainly used to display the image data of the correction module;

The early warning module is mainly used to monitor the content in the display module and mark the abnormal information in the video in the storage unit.

Please refer to FIG. 1 , the early warning module generates corresponding analysis and reports by alerting and storing abnormal information and analyzing monitoring data;

In this embodiment, an early warning module is used to warn the image video, and the image recognition unit and the image video are analyzed.

When in use, the image information of movable objects in the image recognition unit is marked. When the monitoring module is unable to recognize the movement data, the early warning module will issue an early warning. At the same time, when the moving speed of the object stays in an unphotographed position for too long, the early warning module will photograph the objects and personnel, analyze the personnel and issue corresponding reports.

working principle:

The first step is to install a monitoring module to take photos of surrounding information, and manually take photos of surrounding locations that have not been photographed, and transmit the photos to the image recognition unit, and use the image recognition unit and the monitoring module to input the terrain information into the modeling module;

The second step is to simulate the data in the video through the modeling module, and supplement the positions not captured in the monitoring module through the modeling module and movable information;

The third step, finally, uses the early warning module to send out an alarm for abnormal information in the video image.

Those skilled in the art should understand that the modules or steps of the present invention described above can be implemented by a general-purpose computer device, or alternatively, they can be implemented by a program code executable by a computing device, so that they can be stored in a storage device and executed by the computing device, or they can be made into individual integrated circuit modules, or multiple modules or steps therein can be made into a single integrated circuit module for implementation. The present invention is not limited to any specific combination of hardware and software.

The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. For those skilled in the art, the present invention may have various changes and variations. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Although the above describes the specific implementation mode of the present invention in conjunction with the accompanying drawings, it is not intended to limit the scope of protection of the present invention. Technical personnel in the relevant field should understand that various modifications or variations that can be made by technical personnel in the field without creative work on the basis of the technical solution of the present invention are still within the scope of protection of the present invention.

Claims (9)

1. A monitoring management system for video splicing processing is characterized in that: the system comprises a monitoring module, a processing module, a map module, a correction module, a display module and an early warning module;

The monitoring module comprises a recording unit and a storage unit, wherein the recording unit is mainly used for respectively transmitting videos recorded by a plurality of monitors to the storage unit and the monitoring module, and storing monitoring data through the storage unit;

The map module comprises a picture identification unit and a model drawing unit, wherein the picture identification unit is mainly used for identifying the content in a picture, transmitting data to the modeling drawing unit, calling information in the storage unit through the modeling drawing unit, modeling and drawing, splicing the modeling overlapped part, recording moving information in the picture, moving an object moving in a video into the data in the picture identification unit, simulating the data in the picture identification unit through the model drawing unit, displaying the position when the moving information appears in the information of the spliced position, and transmitting the data to the processing module;

the processing module comprises an analysis unit and a splicing unit, wherein the analysis unit is mainly used for analyzing a plurality of videos, classifying surrounding similar pictures in the videos, transmitting data to the splicing unit and the map module, and the splicing unit is used for butting the pictures in the videos, butting the contents in the videos through stretching and extrusion and transmitting the data to the correction module and the storage unit;

The correction module comprises a calculation unit and a correction unit, wherein the calculation unit is mainly used for calculating the non-coincident positions among videos shot in the monitoring module, calculating the time from the moving speed of an object in one video to the time of the object in the other video, correcting the information in the data map module through the correction unit and transmitting the data to the display module;

the display module is mainly used for displaying the image data of the correction module;

The early warning module is mainly used for monitoring the content in the display module and marking the content in the storage unit through abnormal information in the video.

2. The video-splice-based monitoring and management system according to claim 1, wherein: the recording unit can be used for shooting equipment such as monitors and cameras, and data of the recording unit are transmitted to the storage unit and the map module through 2.4G, 4G, network cables and the like.

3. The video-splice-based monitoring and management system according to claim 1, wherein: the personnel can shoot the picture that shooting equipment such as cell-phone to monitor around to pass through the communication and transmit picture data to picture identification unit.

4. A video-splice-based surveillance management system as set forth in claim 3, wherein: the model drawing unit models the topographic information and the activity information in shooting, models through the information in the picture recognition unit, and is spliced after overlapping with the data in the monitoring module, and then a virtual image is drawn.

5. The video-splice-based monitoring and management system according to claim 1, wherein: the analysis unit calculates videos with overlapping positions in the videos, the videos are spliced through the splicing unit, meanwhile, the map module is used for comparing the videos with uncorrelated video contents, the shooting positions of the videos are determined, and the follow-up picture correction of the video contents is facilitated.

6. The video-splice-based monitoring and management system according to claim 1, wherein: the test unit calculates the distance between the shot positions in the two monitoring modules and calculates the moving speed in the video.

7. The video-based surveillance management system for a video-based stitching process of claim 6, wherein: the correction unit is used for transmitting the data in the test unit to the model drawing unit, simulating the moving speed and the moving direction of the moving speed of the object in the video in the map module, converting the data into the video through the correction unit and transmitting the data to the display module.

8. The video-splice-based monitoring and management system according to claim 1, wherein: and the display module plays the spliced video and plays the video in the correction module.

9. The video-splice-based monitoring and management system according to claim 1, wherein: the early warning module is used for alarming and storing abnormal information, analyzing monitoring data and producing corresponding analysis and report.