Abstract: A media file may comprise a plurality of frames, each frame having a header that stores systems level information associated with the media file. A first portion of a frame that comprises the systems level information and a second portion of the frame that comprises the media content itself may be determined for one or more frames of the media file. A compressed header may be generated that comprises a subset of the systems level information associated with the media content of the frame. The compressed header may be generated by removing or compressing information that is determined to be redundant across the frames. The compressed header, as well as information for reconstructing the first frame based on the compressed header, may be sent to a device instead of the first portion of the frame, thereby reducing transmission bandwidth and storage requirements of the media file.

Abstract: Disclosed are various systems and methods for fault tolerant video packaging and transmission. A video packager may receive one or more video content transmissions from a transcoder, and may identify deficient segments, packets, or other portions of the video content transmission. The video packager may also maintain or have access to a default video output that is free of the identified deficiencies. For example, the default video output can include one or more segments of video data comprising a blank or solid color frame, or a still image. The deficient data may be determined based on validation parameters. If the validation parameters are satisfied, the received data is packaged and transmitted. Otherwise, the default video output is packaged to replace deficient portions, and transmitted instead of the received video content.

Abstract: A media file may comprise a plurality of frames, each frame having a header that stores systems level information associated with the media file. A first portion of a frame that comprises the systems level information and a second portion of the frame that comprises the media content itself may be determined for one or more frames of the media file. A compressed header may be generated that comprises a subset of the systems level information associated with the media content of the frame. The compressed header may be generated by removing or compressing information that is determined to be redundant across the frames. The compressed header, as well as information for reconstructing the first frame based on the compressed header, may be sent to a device instead of the first portion of the frame, thereby reducing transmission bandwidth and storage requirements of the media file.

Abstract: Disclosed are various systems and methods for fault tolerant video packaging and transmission. A video packager may receive one or more video content transmissions from a transcoder, and may identify deficient segments, packets, or other portions of the video content transmission. The video packager may also maintain or have access to a default video output that is free of the identified deficiencies. For example, the default video output can include one or more segments of video data comprising a blank or solid color frame, or a still image. The deficient data may be determined based on validation parameters. If the validation parameters are satisfied, the received data is packaged and transmitted. Otherwise, the default video output is packaged to replace deficient portions, and transmitted instead of the received video content.

Abstract: A media file may comprise a plurality of frames, each frame having a header that stores systems level information associated with the media file. A first portion of a frame that comprises the systems level information and a second portion of the frame that comprises the media content itself may be determined for one or more frames of the media file. A compressed header may be generated that comprises a subset of the systems level information associated with the media content of the frame. The compressed header may be generated by removing or compressing information that is determined to be redundant across the frames. The compressed header, as well as information for reconstructing the first frame based on the compressed header, may be sent to a device instead of the first portion of the frame, thereby reducing transmission bandwidth and storage requirements of the media file.

Abstract: A media file may comprise a plurality of frames, each frame having a header that stores systems level information associated with the media file. A first portion of a frame that comprises the systems level information and a second portion of the frame that comprises the media content itself may be determined for one or more frames of the media file. A compressed header may be generated that comprises a subset of the systems level information associated with the media content of the frame. The compressed header may be generated by removing or compressing information that is determined to be redundant across the frames. The compressed header, as well as information for reconstructing the first frame based on the compressed header, may be sent to a device instead of the first portion of the frame, thereby reducing transmission bandwidth and storage requirements of the media file.

Abstract: Disclosed are various systems and methods for fault tolerant video packaging and transmission. A video packager may receive one or more video content transmissions from a transcoder, and may identify deficient segments, packets, or other portions of the video content transmission. The video packager may also maintain or have access to a default video output that is free of the identified deficiencies. For example, the default video output can include one or more segments of video data comprising a blank or solid color frame, or a still image. The deficient data may be determined based on validation parameters. If the validation parameters are satisfied, the received data is packaged and transmitted. Otherwise, the default video output is packaged to replace deficient portions, and transmitted instead of the received video content.

Abstract: Disclosed are various systems and methods for fault tolerant video packaging and transmission. A video packager may receive one or more video content transmissions from a transcoder, and may identify deficient segments, packets, or other portions of the video content transmission. The video packager may also maintain or have access to a default video output that is free of the identified deficiencies. For example, the default video output can include one or more segments of video data comprising a blank or solid color frame, or a still image. The deficient data may be determined based on validation parameters. If the validation parameters are satisfied, the received data is packaged and transmitted. Otherwise, the default video output is packaged to replace deficient portions, and transmitted instead of the received video content.

Abstract: Disclosed are various systems and methods for fault tolerant video packaging and transmission. A video packager may receive one or more video content transmissions from a transcoder, and may identify deficient segments, packets, or other portions of the video content transmission. The video packager may also maintain or have access to a default video output that is free of the identified deficiencies. For example, the default video output can include one or more segments of video data comprising a blank or solid color frame, or a still image. The deficient data may be determined based on validation parameters. If the validation parameters are satisfied, the received data is packaged and transmitted. Otherwise, the default video output is packaged to replace deficient portions, and transmitted instead of the received video content.

Abstract: A media file may comprise a plurality of frames, each frame having a header that stores systems level information associated with the media file. A first portion of a frame that comprises the systems level information and a second portion of the frame that comprises the media content itself may be determined for one or more frames of the media file. A compressed header may be generated that comprises a subset of the systems level information associated with the media content of the frame. The compressed header may be generated by removing or compressing information that is determined to be redundant across the frames. The compressed header, as well as information for reconstructing the first frame based on the compressed header, may be sent to a device instead of the first portion of the frame, thereby reducing transmission bandwidth and storage requirements of the media file.

Abstract: Disclosed are various systems and methods for fault tolerant video packaging and transmission. A video packager may receive one or more video content transmissions from a transcoder, and may identify deficient segments, packets, or other portions of the video content transmission. The video packager may also maintain or have access to a default video output that is free of the identified deficiencies. For example, the default video output can include one or more segments of video data comprising a blank or solid color frame, or a still image. The deficient data may be determined based on validation parameters. If the validation parameters are satisfied, the received data is packaged and transmitted. Otherwise, the default video output is packaged to replace deficient portions, and transmitted instead of the received video content.