Abstract: The invention refers to the area of data visualization on the terrain map, and more specifically to the analysis of video data received from cameras linked to an interactive terrain map for subsequent display in real time of all objects moving in the frame on the mentioned terrain map. A system for displaying the moving objects on the interactive terrain map comprising multiple video cameras, an object tracker, data processing and storage device that has a graphical user interface (GUI). GUI comprising a display unit, a unit for setting the interactive map, a unit for setting the video camera viewing angle. The data processing and storage device is configured to receive the video data from the video cameras, as well as metadata of all moving objects from the object tracker, analyze the received video data and object metadata, display the real image moving object in real time on an interactive map at location on the map where this object is currently moving.

Abstract: The invention refers to the area of data visualization on the terrain map, and more specifically to the analysis of video data received from cameras linked to an interactive terrain map for subsequent display in real time of all objects moving in the frame on the mentioned terrain map. A system for displaying the moving objects on the interactive terrain map comprising multiple video cameras, an object tracker, data processing and storage device that has a graphical user interface (GUI). GUI comprising a display unit, a unit for setting the interactive map, a unit for setting the video camera viewing angle. The data processing and storage device is configured to receive the video data from the video cameras, as well as metadata of all moving objects from the object tracker, analyze the received video data and object metadata, display the real image moving object in real time on an interactive map at location on the map where this object is currently moving.

Abstract: This invention relates to the use of artificial neural networks in computer vision, and more specifically to the systems and methods for analyzing and processing video data and metadata received from video cameras for automatic generation of reports based on the results obtained and thus providing control over the actions of employees. A system for generation of reports based on analysis of location and interaction between employees and visitors, comprising a memory, image capture device, a graphical user interface (GUI) and data processing device.