摘要:
The present invention relates to an image-information storage regenerating device which can collect and store multiplexed data of audio/video and other information from video data communication terminals, and regenerate the stored data through their terminal. In this device, there are provided channel control means (155), screen-number rewriting control means (153) to control how to rewrite a screen number indicating sequential number of video data when transmitting the coded video data, and transmission frame processing means (154) to prepare transmissive coded video data by rewriting screen number of coded video data according to an instruction given by the screen-number rewriting control means (153).
摘要:
The present invention relates to a stored image regenerating device, comprising a multiplexed data receiving means (80, 82) for receiving multiplexed data of video data and audio data from a connected terminal through a communication network, a data demultiplexing means (91) for separating the multiplexed data received by the receiving means (80, 82) into video data and audio data, a video frame extracting means (93) for extracting a video frame data from the video data separated by the data demultiplexing means (91), a packet assembling means (94) for assembling a packet from the video data and the audio data for each video frame, the video data and the audio data being extracted by the video frame extracting means (93), and a storing means (83) for storing the packet assembled by the packet assembling means (94).
摘要:
The present invention provides such a data storing format that is effective for solving problems which may arise when regenerating video data in a video data storage and communication system. A channel data separating portion (91) splits a multiplexed input into audio/video and other components. An error correction portion (92) corrects an error of the video data outputted from the channel data demultiplexing portion (91). A video frame extracting portion (93) extracts a video frame outputted from the error correction portion (92). A packet assembling portion (94) assembles a packet from the video data outputted from the video frame extracting portion (93) and the audio data outputted from the data demultiplexing portion (91). A storage portion stores therein the packet outputted from the packet assembling portion (94). Consequently, video data can be stored by video frames.
摘要:
The present invention relates to a stored image regenerating device, comprising a multiplexed data receiving means (80, 82) for receiving multiplexed data of video data and audio data from a connected terminal through a communication network, a data demultiplexing means (91) for separating the multiplexed data received by the receiving means (80, 82) into video data and audio data, a video frame extracting means (93) for extracting a video frame data from the video data separated by the data demultiplexing means (91), a packet assembling means (94) for assembling a packet from the video data and the audio data for each video frame, the video data and the audio data being extracted by the video frame extracting means (93), and a storing means (83) for storing the packet assembled by the packet assembling means (94).
摘要:
The present invention provides such a data storing format that is effective for solving problems which may arise when regenerating video data in a video data storage and communication system. A channel data separating portion (91) splits a multiplexed input into audio/video and other components. An error correction portion (92) corrects an error of the video data outputted from the channel data demultiplexing portion (91). A video frame extracting portion (93) extracts a video frame outputted from the error correction portion (92). A packet assembling portion (94) assembles a packet from the video data outputted from the video frame extracting portion (93) and the audio data outputted from the data demultiplexing portion (91). A storage portion stores therein the packet outputted from the packet assembling portion (94). Consequently, video data can be stored by video frames.
摘要:
The present invention provides such a data storing format that is effective for solving problems which may arise when regenerating video data in a video data storage and communication system. A channel data separating portion (91) splits a multiplexed input into audio/video and other components. An error correction portion (92) corrects an error of the video data outputted from the channel data demultiplexing portion (91). A video frame extracting portion (93) extracts a video frame outputted from the error correction portion (92). A packet assembling portion (94) assembles a packet from the video data outputted from the video frame extracting portion (93) and the audio data outputted from the data demultiplexing portion (91). A storage portion stores therein the packet outputted from the packet assembling portion (94). Consequently, video data can be stored by video frames.
摘要:
The present invention provides such a data storing format that is effective for solving problems which may arise when regenerating video data in a video data storage and communication system. A channel data separating portion (91) splits a multiplexed input into audio/video and other components. An error correction portion (92) corrects an error of the video data outputted from the channel data demultiplexing portion (91). A video frame extracting portion (93) extracts a video frame outputted from the error correction portion (92). A packet assembling portion (94) assembles a packet from the video data outputted from the video frame extracting portion (93) and the audio data outputted from the data demultiplexing portion (91). A storage portion stores therein the packet outputted from the packet assembling portion (94). Consequently, video data can be stored by video frames.
摘要:
The present invention relates to an image-information storage regenerating device which can collect and store multiplexed data of audio/video and other information from video data communication terminals, and regenerate the stored data through their terminal. In this device, there are provided channel control means (155), screen-number rewriting control means (153) to control how to rewrite a screen number indicating sequential number of video data when transmitting the coded video data, and transmission frame processing means (154) to prepare transmissive coded video data by rewriting screen number of coded video data according to an instruction given by the screen-number rewriting control means (153).