Abstract:
A system and method for generating forensically marking image data from source material. A generated forensic mark will vary from copy (810) to copy (815) by using a selected forensic marking technique (810, 815) and forensic marking parameters that change from copy to copy of the source image data.
Abstract:
A system and method for generating forensically marking image data from source material. A generated forensic mark will vary from copy (810) to copy (815) by using a selected forensic marking technique (810, 815) and forensic marking parameters that change from copy to copy of the source image data.
Abstract:
A system (300) and method are described for creating copies of image data onto a physical medium; such copies are generated from source image data (305). The copies of the source image data are forensically marked (315), where the forensic marks used for each copy vary. The system (300) inserts the forensic mark into the video object block of a group of pictures corresponding to the source image data. The marked image data is then copied (330) to a physical medium.
Abstract:
Methods and systems for optimizing multimedia content or a display of the media content in accordance with an optimal or ideal picture are disclosed. Different content versions that are optimized for different display devices can be remotely generated and transmitted to a receiver connected to the display device. In addition, sets of parameter display settings that are optimized for different display devices can be transmitted to the receiver to permit the display of an optimal picture for multimedia content. Moreover, a description or indication of display device parameters can be transmitted to a remote server for use in the generation of the different versions of content or different sets of parameter display settings.
Abstract:
A system (300) and method are described for creating copies of image data onto a physical medium; such copies are generated from source image data (305). The copies of the source image data are forensically marked (315), where the forensic marks used for each copy vary. The system (300) inserts the forensic mark into the video object block of a group of pictures corresponding to the source image data. The marked image data is then copied (330) to a physical medium.