Carriage systems encoding or decoding jpeg 2000 video

A system configured to encode frames of image data from an incoming signal into video data in a packetized elementary stream (PES), the system comprising:

• a processor configured to
• receive a signal including the frames of image data and control information associated with the image data including video metadata parameters associated with application specific functions applicable to the image data,
• encode the frames of image data to form video access units, each video access unit including
• an elementary stream (ELSM) header including image data metadata parameters associated with decoding and displaying the image data,
• a PES header including timing reference information, and
• one or more codestreams associated with a frame of the image data,
• map the video access units into PES packets using the timing reference information in the PES header of the respective video access units, and
• order the PES packets in a monotonic order for decoding in the PES packets to form a PES in a transport stream including the control information.

A method that includes a processor configured to encode frames of image data from an incoming signal into video data in a packetized elementary stream, comprising:

• (a) receiving a signal including the frames of image data and control information associated with the image data including video metadata associated with application specific functions applicable to the image data, where each of said frame of image data is intracoded,
• (b) encoding the frames of image data to form video units, each video unit including,
• (i) an elementary stream header including image data metadata parameters associated with decoding and displaying the image data,
• (ii) a packetized elementary stream header including timing reference information,
• (iii) one or more codestreams associated with a frame of the image data,
• (iv) map the video units into packetized elementary stream packets using the timing reference information in the packetized elementary stream header of the respective video units;
• (v) order the packetized elementary stream packets in a monotonic order for presentation using the timing reference information in the packetized elementary stream packets to form a packetized elementary stream in a stream including the control information;
• and
• (c) providing a transport stream.

A method that includes a processor configured to decode frames of image data from an incoming signal into video data from a packetized elementary stream, comprising:

• (a) receiving a signal including the frames of image data and control information associated with the image data including video metadata associated with application specific functions applicable to the image data, where each of said frame of image data is intracoded,
• (b) decoding the frames of image data from video units, each video unit including,
• (i) an elementary stream header including image data metadata parameters associated with decoding and displaying the image data,
• (ii) a packetized elementary stream header including timing reference information,
• (iii) one or more codestreams associated with a frame of the image data,
• (iv) a map of the video units from packetized elementary stream packets using the timing reference information in the packetized elementary stream header of the respective video units;
• (v) ordering the packetized elementary stream packets in a monotonic order for presentation using the timing reference information in the packetized elementary stream packets from a packetized elementary stream in a stream including the control information.