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    • 3. 发明授权
    • Video encoding device
    • 视频编码设备
    • US07860160B2
    • 2010-12-28
    • US11354082
    • 2006-02-15
    • Hiroaki ShimazakiTakashi MasunoTakuma ChibaKei TasakaKenjiro TsudaTatsuro JuriKatsuo Saigo
    • Hiroaki ShimazakiTakashi MasunoTakuma ChibaKei TasakaKenjiro TsudaTatsuro JuriKatsuo Saigo
    • H04N7/12H04N9/12G06K9/46
    • H04N19/152H04N19/61H04N19/91
    • The present invention provides a video encoding device in which a capacity of a binary data storing unit is small, a size of the video encoding device is small, a video signal can be processed in real time, and reduction in quality of images generated from the eventually obtained data can be prevented. The video encoding device according to the present invention includes: a video encoding unit which encodes a video signal; a binarization unit which binarizes an encoded value obtained from the video encoding unit; and an entropy encoding unit which subjects entropy encoding to binary data obtained from the binarization unit. Here, the video encoding unit encodes the video signal based on a characteristic of the binarization performed by the binarization unit, so that an amount of binary data obtained from the binarization unit by binarizing the encoded value that is encoded based on the characteristic is less than an amount of binary data obtained by binarizing an encoded value that is encoded without being based on the characteristic.
    • 本发明提供了一种视频编码装置,其中二进制数据存储单元的容量小,视频编码装置的尺寸小,可以实时处理视频信号,并且降低从 可以防止最终获得的数据。 根据本发明的视频编码装置包括:视频编码单元,其对视频信号进行编码; 二值化单元,其将从所述视频编码单元获得的编码值二值化; 以及熵编码单元,其对来自二值化单元的二进制数据进行熵编码。 这里,视频编码单元基于由二值化单元执行的二值化的特性对视频信号进行编码,从而通过二值化基于特性编码的编码值从二值化单元获得的二进制数据量小于 通过对编码的值进行二值化而获得的二进制数据量,而不是基于特征。
    • 4. 发明申请
    • Video encoding device
    • 视频编码设备
    • US20060280371A1
    • 2006-12-14
    • US11354082
    • 2006-02-15
    • Hiroaki ShimazakiTakashi MasunoTakuma ChibaKei TasakaKenjiro TsudaTatsuro JuriKatsuo Saigo
    • Hiroaki ShimazakiTakashi MasunoTakuma ChibaKei TasakaKenjiro TsudaTatsuro JuriKatsuo Saigo
    • G06K9/36
    • H04N19/152H04N19/61H04N19/91
    • The present invention provides a video encoding device in which a capacity of a binary data storing unit is small, a size of the video encoding device is small, a video signal can be processed in real time, and reduction in quality of images generated from the eventually obtained data can be prevented. The video encoding device according to the present invention includes: a video encoding unit which encodes a video signal; a binarization unit which binarizes an encoded value obtained from the video encoding unit; and an entropy encoding unit which subjects entropy encoding to binary data obtained from the binarization unit. Here, the video encoding unit encodes the video signal based on a characteristic of the binarization performed by the binarization unit, so that an amount of binary data obtained from the binarization unit by binarizing the encoded value that is encoded based on the characteristic is less than an amount of binary data obtained by binarizing an encoded value that is encoded without being based on the characteristic.
    • 本发明提供了一种视频编码装置,其中二进制数据存储单元的容量小,视频编码装置的尺寸小,可以实时处理视频信号,并且降低从 可以防止最终获得的数据。 根据本发明的视频编码装置包括:视频编码单元,其对视频信号进行编码; 二值化单元,其将从所述视频编码单元获得的编码值二值化; 以及熵编码单元,其对来自二值化单元的二进制数据进行熵编码。 这里,视频编码单元基于由二值化单元执行的二值化的特征对视频信号进行编码,从而通过二值化基于特性编码的编码值从二值化单元获得的二进制数据量小于 通过对编码的值进行二值化而获得的二进制数据量,而不是基于特征。
    • 6. 发明申请
    • IMAGE RECORDING DEVICE, IMAGE REPRODUCING DEVICE, RECORDING MEDIUM, IMAGE RECORDING METHOD, AND PROGRAM THEREOF
    • 图像记录装置,图像再现装置,记录介质,图像记录方法及其程序
    • US20090189996A1
    • 2009-07-30
    • US12358480
    • 2009-01-23
    • Hiroaki ShimazakiKenjiro TsudaTatsuro JuriKatsuo SaigoTakashi MasunoYuki KobayashiTakuma ChibaYukinaga Seki
    • Hiroaki ShimazakiKenjiro TsudaTatsuro JuriKatsuo SaigoTakashi MasunoYuki KobayashiTakuma ChibaYukinaga Seki
    • H04N5/228H04N7/26
    • G11B27/105H04N21/2389H04N21/4385
    • An image recording device includes: a reference clock generation generating a reference clock; a first compression unit generating first compressed image data by compressing a first picture that is included in pictures in the captured image and that is equivalent to image captured at the first frame rate; a second compression unit generating second compressed image data by compressing a second picture that is included in the pictures in the captured image except the first picture; a first timestamp generation unit generating a first timestamp indicating a time for presentation of the first picture with reference to the reference clock; a second timestamp generation unit generating a second timestamp indicating a time for presentation of the second picture with reference to the reference clock; a first assignment unit assigning the first timestamp to the first compressed image data; a second assignment unit assigning the second timestamp to the second compressed image data; and a recording unit recording, to the recording medium, (i) the first compressed image data assigned with the first timestamp and (ii) the second compressed image data assigned with the second timestamp.
    • 图像记录装置包括:产生参考时钟的参考时钟产生; 第一压缩单元,通过压缩包含在拍摄图像中的图像中的与在第一帧速率捕获的图像相当的第一图像来生成第一压缩图像数据; 第二压缩单元,通过压缩除了第一图像之外的捕获图像中的图像中包括的第二图像来生成第二压缩图像数据; 第一时间戳产生单元,其参考参考时钟产生指示用于呈现第一图像的时间的第一时间戳; 第二时间戳生成单元,生成指示参考所述参考时钟显示所述第二图像的时间的第二时间戳; 第一分配单元,将第一时间戳分配给第一压缩图像数据; 第二分配单元,将第二时间戳分配给第二压缩图像数据; 以及记录单元向记录介质记录(i)分配有第一时间戳的第一压缩图像数据和(ii)分配有第二时间戳的第二压缩图像数据。