Abstract:
PROBLEM TO BE SOLVED: To provide a method of converting video data to film data.SOLUTION: A method of converting video data to film data includes deinterlacing video data from a first field and a third field to produce first field video data, providing second field video data, and merging the first field video data and the second field video data to produce first frame video data. The method further includes copying video data from a fourth field and a fifth field to produce second frame video data. An apparatus for converting video data to film data includes a first deinterlacer for deinterlacing video data from a first field and a third field to produce first field video data, and a copy module for providing second field video data and merging the first field video data and the second field video data to produce the first frame video data.
Abstract:
PROBLEM TO BE SOLVED: To provide improvement in a multimedia data processing apparatus and method.SOLUTION: The invention generally relates to multimedia data processing, and more particularly, to processing operations performed prior to or in conjunction with data compression processing. A method of processing multimedia data includes: receiving interlaced video frames; obtaining metadata for the interlaced video frames; converting the interlaced video frames to progressive video using at least a portion of the metadata; and providing the progressive video and at least a portion of the metadata to an encoder for use in encoding the progressive video. The method can also include generating spatial information and bi-directional motion information for the interlaced video frames, and generating progressive video based on the interlaced video frames using the spatial and bi-directional motion information.
Abstract:
PROBLEM TO BE SOLVED: To provide techniques for video-encoding and decoding channel switch frames (CSF) to enable acquisition and re/synchronization of a video stream while preserving compression efficiency.SOLUTION: Systems and methods to process multimedia data enabling channel switching are presented. The systems generate a CSF with one or more network abstraction layer (NAL) units as a random access point (RAP) frame. Back-to-back frames are transmitted which include the CSF and a non-RAP frame, each having the same frame ID number.
Abstract:
Techniques for video encoding and decoding channel switch frames (CSF) to enable acquisition and re/synchronization of the video stream while preserving compression efficiency is provided. Systems and methods to process multimedia data enabling channel switching are presented. The systems generate a CSF with one or more network adaptation layer (NAL) units as a random access point (RAP) frame. Back-to-back frames are transmitted which include the CSF and a non-RAP frame, each having the same frame ID number.
Abstract:
Techniques for video encoding and decoding channel switch frames (CSF) to enable acquisition and re/synchronization of the video stream while preserving compression efficiency is provided. Systems and methods to process multimedia data enabling channel switching are presented. The systems generate a CSF with one or more network adaptation layer (NAL) units as a random access point (RAP) frame. Back-to-back frames are transmitted which include the CSF and a non-RAP frame, each having the same frame ID number.
Abstract:
Techniques for video encoding and decoding channel switch frames (CSF) to enable acquisition and re/synchronization of the video stream while preserving compression efficiency is provided. Systems and methods to process multimedia data enabling channel switching are presented. The systems generate a CSF with one or more network adaptation layer (NAL) units as a random access point (RAP) frame. Back-to-back frames are transmitted which include the CSF and a non-RAP frame, each having the same frame ID number.
Abstract:
Techniques for video encoding and decoding channel switch frames (CSF) to enable acquisition and re/synchronization of the video stream while preserving compression efficiency is provided. Systems and methods to process multimedia data enabling channel switching are presented. The systems generate a CSF with one or more network adaptation layer (NAL) units as a random access point (RAP) frame. Back-to-back frames are transmitted which include the CSF and a non-RAP frame, each having the same frame ID number.
Abstract:
Procesamiento de datos multimedia, y más particularmente, operaciones de procesamiento llevados a cabo antes de, o en conjuncion con, el procesamiento de compresion de datos. Un método para el procesamiento de datos multimedia incluye recibir cuadros de video entrelazados, obtener metadatos para los cuadros de video entrelazados, convertir los cuadros de video entrelazados en video progresivo mediante la utilizacion de por lo menos una porcion de los metadatos; y proveer el video progresivo y por lo menos una porcion de los metadatos a un codificador para su uso en la codificacion del video progresivo. El método puede también incluir generar informacion espacial e informacion bidireccional del movimiento para los cuadros de video entrelazados, y generar video progresivo sobre la base de los cuadros de video entrelazados mediante la utilizacion de la informacion espacial y bidireccional del movimiento.
Abstract:
Techniques for video encoding and decoding channel switch frames (CSF) to enable acquisition and re/synchronization of the video stream while preserving compression efficiency is provided. Systems and methods to process multimedia data enabling channel switching are presented. The systems generate a CSF with one or more network adaptation layer (NAL) units as a random access point (RAP) frame. Back-to-back frames are transmitted which include the CSF and a non-RAP frame, each having the same frame ID number.
Abstract:
Techniques for video encoding and decoding channel switch frames (CSF) to enable acquisition and re/synchronization of the video stream while preserving compression efficiency is provided. Systems and methods to process multimedia data enabling channel switching are presented. The systems generate a CSF with one or more network adaptation layer (NAL) units as a random access point (RAP) frame. Back-to-back frames are transmitted which include the CSF and a non-RAP frame, each having the same frame ID number.