Abstract: Methods and systems, including computer software products, for providing a shared digital video stream. Primary digital video streams are collected from at least two digital video sources. The primary streams are individually analysed to detect at least one event. The primary streams are time-synchronised with respect to a common time reference. The time-synchronised primary streams are analysed to detect at least one pattern. The pattern detection is based on the detected event, firstly, video and/or audio information in at least two time-synchronised of the primary streams considered jointly or, secondly, video and/or audio information in a single primary stream spanning across at least two detected events. The shared stream is produced as an output digital video stream based on consecutively considered frames of the time-synchronised primary streams and the detected patterns. The output stream is continuously provided to a consumer of the shared digital video stream.

Abstract: Methods and systems, including computer software products, for providing a shared digital video stream. Primary digital video streams are collected from at least two digital video sources. The primary digital video streams are time-synchronised with respect to a common time reference. The time-synchronised streams are analysed to detect at least one pattern selected from a first set of patterns. The shared digital video stream is produced as an output digital video stream based on consecutively considered frames of the time-synchronised streams and the detected patterns. The output digital video stream is continuously provided. The synchronisation introduces latency, which gets included in the output digital video stream. The pattern detection includes considering information of the primary streams that is present in a later frame than a frame of a time-synchronised primary stream yet to be used in the production of the output stream.

Abstract: Systems and methods are provided for processing images. The system comprises at least one image recorder (20) adapted to: record a series of images, generate a set of image data for each image in the series of the recorded images; a first control unit configured to: modify each set of image data and generate a first type of image frame (25) by providing each set of image data with an identity of said image recorder (20) and a timestamp, and transmit each first type of image frame (25); at least one second control unit (10; 40) configured to: receive said first type of image frame (25), process each first type of image frame (25) and generate a second type of image frame (25?) by modifying each type of image frame (25), and transmit to a user and/or store each second type of image frames (25?).

Abstract: Systems and methods are provided for processing images. The system comprises at least one image recorder (20) adapted to: record a series of images, generate a set of image data for each image in the series of the recorded images; a first control unit configured to: modify each set of image data and generate a first type of image frame (25) by providing each set of image data with an identity of said image recorder (20) and a timestamp, and transmit each first type of image frame (25); at least one second control unit (10; 40) configured to: receive said first type of image frame (25), process each first type of image frame (25) and generate a second type of image frame (25?) by modifying each type of image frame (25), and transmit to a user and/or store each second type of image frames (25).