Abstract: A group of inventions relates to artificial neural networks and their application for computer vision, in particular for the surveillance camera data processing systems and methods to automatically detect cashier fraud by verifying images using artificial neural networks. To detect cashier fraud, a POS system includes a barcode reader, memory, an image capture device, and a data processing module. The data processing module is configured to receive the data about the scanned product from the product database and to receive the video data from the image capture device.

Abstract: The invention relates to the area of computer vision video data analysis, in particular to the technologies aimed to search the required objects or events in the analyzed video originally received from a third-party device. An imported video analysis device consists of memory, database for metadata storage, a graphical user interface, and a data processing module. The data processing module is configured to upload a video in any available format into the memory and to import the uploaded video into software of the imported video analysis device. Software decompresses and analyzes the imported video to generate metadata characterizing the data in all objects in the video and to save the metadata in database. The search speed for the required event or object in the imported video received from a third-party device is increased.

Abstract: A system and method of processing video information received from surveillance cameras for tracking moving objects in real time or archival video. The system can contain a set of image capture devices, a storage device, an image-display device, a data input device, and a set of data processing devices configured for performance of stages. The stages can include a linking of a set of image capture devices to a location map, displaying of the video image from the first image capture device, selecting a moving object which can be tracked by operator as an object of interest, identifying the movement of the selected moving object and its highlight on the video image as area of interest, assessing a direction of the movement of the selected moving object, and predicting a location of the object in the field of view of the second capture device.

Abstract: Protection of confidential information, and more specifically to systems and methods for processing video information received from video surveillance cameras, in order to mask private information on demand in a video archive. The system for masking objects in the video archive comprises a video surveillance camera, a memory unit that allows storage of the video data from video surveillance cameras, a processor for processing video data in accordance with instructions received from a graphical user interface, the graphical user interface containing data input and output.

Abstract: The system for display the movement of objects in the controlled area comprise multiple sensors or devices, memory, image display unit, graphical user interface, data input/output device, and data processing device. The data processing device is configured to receive a request, as well as the search criteria from the user to perform the search for the object data. Drawing and display of the object movement scheme in the site plan using the data obtained from the various sensors and/or devices that determine specific position of the object at specific points of time is achieved.

Abstract: The system for synchronizing by time the playback of data from different devices contains a data processing device, multiple different data-capture devices that capture and transmit data about their status and/or serve as data or event sources, memory, and graphical user interface. In the case when the computer system user selects and plays back the archive data received from one of the multiple data-capture devices and corresponding to a particular point of time in the past, all other system devices are synchronized by time with the data being played back and simultaneously playback/display their data corresponding to that particular point of time in the past through the display unit.

Abstract: A system and method of video surveillance, namely, for processing of graphic and other video information for combination of display of the video images received from video cameras and data submitted a map of a given. The method including receiving an image from the video camera, defining a static object and coordinates of its location on a frame of the image and defining a mobile object and coordinates of its location on an image frame. Then setting a graphic symbol of a static object on map, calibrating the video camera and defining at least four virtual segments on the map and frame of the received image, and transforming coordinates of the static object from system of coordinates of a frame to a system of coordinates of the map, displaying a combination image on a display, and consecutively adjusting the transparency of the combined image.

Abstract: The system for display the movement of objects in the controlled area contains multiple sensors or devices, memory, image display unit, graphical user interface, data input/output device, and data processing device. The data processing device is configured to receive a request, as well as the search criteria from the user to perform the search for the object data. Drawing and display of the object movement scheme in the site plan using the data obtained from the various sensors and/or devices that determine specific position of the object at specific points of time is achieved.

Abstract: The invention relates to the area of computer vision video data analysis, in particular to the technologies aimed to search the required objects or events in the analyzed video originally received from a third-party device. An imported video analysis device consists of memory, database for metadata storage, a graphical user interface, and a data processing module. The data processing module is configured to upload a video in any available format into the memory and to import the uploaded video into software of the imported video analysis device. Software decompresses and analyzes the imported video to generate metadata characterizing the data in all objects in the video and to save the metadata in database. The search speed for the required event or object in the imported video received from a third-party device is increased.

Abstract: A group of inventions relates to artificial neural networks and their application for computer vision, in particular for the surveillance camera data processing systems and methods to automatically detect cashier fraud by verifying images using artificial neural networks. To detect cashier fraud, a POS system includes a barcode reader, memory, an image capture device, and a data processing module. The data processing module is configured to receive the data about the scanned product from the product database and to receive the video data from the image capture device.

Abstract: The present group of inventions relates to the area of computer vision, in particular to the processing systems and methods for video data obtained from surveillance cameras located in the cashier's barcode scanning area, as well as to the area of automatic detection of possible cashier fraud. A fraud-detecting computer-based system includes a barcode scanner; image capture device configured to receive video data from the cashier barcode scanning area; memory configured to store the data; a data processing module configured to receive and to process the video data signals from an image capture device and to receive and process the signals from the barcode scanner. During the video data processing, a data processing module detects the timing of placing an item against the barcode scanner and automatically compares it with the timing of receiving a signal from the barcode scanner. If no correlation is found between these events, then the data processing module detects a fraud by the cashier.

Abstract: A system and method of video surveillance, namely, for processing of graphic and other video information for combination of display of the video images received from video cameras and data submitted a map of a given. The method including receiving an image from the video camera, defining a static object and coordinates of its location on a frame of the image and defining a mobile object and coordinates of its location on an image frame. Then setting a graphic symbol of a static object on map, calibrating the video camera and defining at least four virtual segments on the map and frame of the received image, and transforming coordinates of the static object from system of coordinates of a frame to a system of coordinates of the map, displaying a combination image on a display, and consecutively adjusting the transparency of the combined image.

Abstract: The present group of inventions relates to the sector of the graphical user interfaces, and more specifically to systems and methods for controlling the elements of the graphical user interface for displaying the information received from the video surveillance cameras. The computer system for controlling the graphical user interface elements contains the data processing device; a memory unit configured for storage of the data; data input/output device; and the graphical user interface (GUI). The computer system is executed with the possibility of providing the user with the opportunity to select at least one unit of control elements for transferring the unit to the control mode, visualization of the graphical representation of the 3D shape in the three-dimensional space of GUI under the control mode, and controlling rotation along the axes of coordinates of the 3D shape in the three-dimensional space of GUI.

Abstract: Protection of confidential information, and more specifically to systems and methods for processing video information received from video surveillance cameras, in order to mask private information on demand in a video archive. The system for masking objects in the video archive comprises a video surveillance camera, a memory unit that allows storage of the video data from video surveillance cameras, a processor for processing video data in accordance with instructions received from a graphical user interface, the graphical user interface containing data input and output.

Abstract: The invention relates to the area of safety and monitoring systems, and more particularly to the technologies aimed to detect the alarming object trajectories afield while using the specified graphics primitives. The computer system detecting the alarming object trajectories consists of the processor, memory, data capture device and graphical user interface. The data input means include the graphics primitives setting unit configured to set the graphics primitive by choosing several points in the coordinates system of original data. The set of specified graphics primitives internally forms the tracing area, the classification rules setting unit and object trajectory classification unit. The object trajectory classification unit is additionally designed with the possibility to set the notifications to user. The enlargement of hardware range relating to the alarming object trajectories detection is achieved.

Abstract: A system and method of processing video information received from surveillance cameras for tracking moving objects in real time or archival video. The system can contain a set of image capture devices, a storage device, an image-display device, a data input device, and a set of data processing devices configured for performance of stages. The stages can include a linking of a set of image capture devices to a location map, displaying of the video image from the first image capture device, selecting a moving object which can be tracked by operator as an object of interest, identifying the movement of the selected moving object and its highlight on the video image as area of interest, assessing a direction of the movement of the selected moving object, and predicting a location of the object in the field of view of the second capture device.

Abstract: A system for detecting alarming object trajectories involving a sensor, using object metadata, the metadata representing a set of object coordinates and locations in certain times, with a memory, at least one processor, and a user interface for performance of classification. Analyzing the metadata by the sensor and the user interface containing means of input and output of data and a rule-setting unit by which the computer system sets rules of definition of what trajectories of movements of objects are alarming. A classification of trajectories of the movement of objects with the ability to check of each trajectory of the movement and send a notification to a user in case the trajectory of the movement was alarming within a given time frame.

Abstract: A method for exchanging data between an IP video camera using an embedded video analytics and an external server comprises generating at least one video frame by said IP video camera; converting the video frame to a digital form by said IP video camera; processing the converted video frame via an IP processor; video cameras, using computer vision techniques, then creating metadata, transferring the received metadata to an external server for further use. The generated metadata is stored in the camera's IP storage, and then the stored metadata is read by the server. The metadata is stored in the DBMS of the IP video camera, the search query to the DBMS is received from the external server, the search query from the external server is processed in the DBMS, and the search results are transferred from the DBMS to the external server.