Abstract: A system and method for digital collaboration where a primary node and at least one secondary node are provided connected over a local area network, at least one computing device having a display output, and a control service, where each node is connected to at least one dedicated display device, and each node having at least two image buffers each image buffer having buffered content. For each node, the selection of which buffer content of an image buffer is displayed onto the dedicated display depends on a state variable of the control service.

Abstract: A system and method for digital collaboration where a primary node and at least one secondary node are provided connected over a local area network, at least one computing device having a display output, and a control service, where each node is connected to at least one dedicated display device, and each node having at least two image buffers each image buffer having buffered content. For each node, the selection of which buffer content of an image buffer is displayed onto the dedicated display depends on a state variable of the control service.

Abstract: A method for obtaining a dynamic display layout on a display area having at least one sub-area defined thereon. The method having the steps of receiving video image data from a video data source; evaluating a rule associated with each sub-area as applied to a property of the received video image data or the video data source; if the evaluating results in acceptance of the video image data by one of the sub-areas, assigning the video image data to the one sub-area; otherwise, allocating an additional sub-area on the display area, and assigning the video image data to the additional sub-area. Additionally, each sub-area is allocated according to properties of the video image data assigned to it or of the video data source from which the respective video image data is received. A corresponding video processing system, a corresponding controller, and corresponding software are also disclosed.

Abstract: A method for obtaining a dynamic display layout on a display area having at least one sub-area defined thereon. The method having the steps of receiving video image data from a video data source; evaluating a rule associated with each sub-area as applied to a property of the received video image data or the video data source; if the evaluating results in acceptance of the video image data by one of the sub-areas, assigning the video image data to the one sub-area; otherwise, allocating an additional sub-area on the display area, and assigning the video image data to the additional sub-area. Additionally, each sub-area is allocated according to properties of the video image data assigned to it or of the video data source from which the respective video image data is received. A corresponding video processing system, a corresponding controller, and corresponding software are also disclosed.