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    • 13. 发明申请
    • Noise eliminating device and program therefor
    • 噪声消除装置及其程序
    • US20060232689A1
    • 2006-10-19
    • US11217356
    • 2005-09-02
    • Hiroshi ItoKoichi MagaiMitsuyoshi Suzuki
    • Hiroshi ItoKoichi MagaiMitsuyoshi Suzuki
    • H04N5/217G06K9/40
    • H04N5/21G06T5/002G06T2207/10016G06T2207/20192
    • To obtain a noise eliminating device which is capable of efficiently separating a noise component from an image component to attenuate only the noise component. A noise eliminating device includes: a first input reading unit (101) for reading out input image block data of a predetermined block; a second input reading unit (102) for reading out reference data containing data in the vicinities of the predetermined block; an output reading unit (104) for reading out output image block data of the predetermined block; a comparing unit (105) for comparing a level of a difference signal representing a difference between the input image block data and the output image block data with a predetermined value; a retrieving unit (106) for retrieving retrieval block data correlating with the input image block data; a switching unit (107) for outputting output image block update data based on comparison results; an output writing unit (111) for writing the scaled output image block update data to an output image buffer (103); and a control unit (112) for successively carrying out setting of a plurality of predetermined blocks.
    • 为了获得噪声消除装置,其能够有效地将噪声分量与图像分量分离,以仅衰减噪声分量。 噪声消除装置包括:第一输入读取单元,用于读出预定块的输入图像块数据; 第二输入读取单元,用于读出包含预定块附近的数据的参考数据; 输出读取单元,用于读出预定块的输出图像块数据; 比较单元,用于将表示输入图像块数据和输出图像块数据之间的差的差信号的电平与预定值进行比较; 检索单元(106),用于检索与输入图像块数据相关的检索块数据; 用于基于比较结果输出输出图像块更新数据的切换单元(107) 输出写入单元(111),用于将缩放的输出图像块更新数据写入输出图像缓冲器(103); 以及用于连续执行多个预定块的设置的控制单元(112)。
    • 14. 发明授权
    • Noise eliminating device and method therefor
    • 噪声消除装置及其方法
    • US07479996B2
    • 2009-01-20
    • US11217356
    • 2005-09-02
    • Hiroshi ItoKoichi MagaiMitsuyoshi Suzuki
    • Hiroshi ItoKoichi MagaiMitsuyoshi Suzuki
    • H04N5/217
    • H04N5/21G06T5/002G06T2207/10016G06T2207/20192
    • To obtain a noise eliminating device which is capable of efficiently separating a noise component from an image component to attenuate only the noise component. A noise eliminating device includes: a first input reading unit (101) for reading out input image block data of a predetermined block; a second input reading unit (102) for reading out reference data containing data in the vicinities of the predetermined block; an output reading unit (104) for reading out output image block data of the predetermined block; a comparing unit (105) for comparing a level of a difference signal representing a difference between the input image block data and the output image block data with a predetermined value; a retrieving unit (106) for retrieving retrieval block data correlating with the input image block data; a switching unit (107) for outputting output image block update data based on comparison results; an output writing unit (111) for writing the scaled output image block update data to an output image buffer (103); and a control unit (112) for successively carrying out setting of a plurality of predetermined blocks.
    • 为了获得噪声消除装置,其能够有效地将噪声分量与图像分量分离,以仅衰减噪声分量。 噪声消除装置包括:第一输入读取单元,用于读出预定块的输入图像块数据; 第二输入读取单元,用于读出包含预定块附近的数据的参考数据; 输出读取单元,用于读出预定块的输出图像块数据; 比较单元,用于将表示输入图像块数据和输出图像块数据之间的差的差信号的电平与预定值进行比较; 检索单元(106),用于检索与输入图像块数据相关的检索块数据; 用于基于比较结果输出输出图像块更新数据的切换单元(107) 输出写入单元(111),用于将缩放的输出图像块更新数据写入输出图像缓冲器(103); 以及用于连续执行多个预定块的设置的控制单元(112)。
    • 15. 发明申请
    • Encoded data modification device, modification method, and modification program
    • 编码数据修改装置,修改方法和修改程序
    • US20060236130A1
    • 2006-10-19
    • US11184836
    • 2005-07-20
    • Hiroshi ItoKoichi MagaiMitsuyoshi SuzukiShigenori Takai
    • Hiroshi ItoKoichi MagaiMitsuyoshi SuzukiShigenori Takai
    • H04L9/00G06F12/14H04L9/32G06F11/30
    • H04N19/467H04N19/48
    • An encoded data modification device and the like are obtained which are capable of modifying a signal with a small delay. There is provided the encoded data modification device, including: an operational buffer that stores inputted encoded data formed of a plurality of encoded units; a decoder circuit that decodes the encoded data stored in the operational buffer; a modification circuit that modifies a first encoded unit of the decoded data and modifies following decoded encoded units according to the modification; an encoder circuit that re-encodes the modified data; an operational circuit that judges whether the modification is contained in the data in the buffer; and a write control circuit that rewrites the encoded data stored in the operational buffer to the data modified by the modification circuit and re-encoded by the encoder circuit when the operational circuit judges that the modification is contained in the data in the buffer.
    • 获得能够以小的延迟修改信号的编码数据修改装置等。 提供了编码数据修改装置,包括:存储由多个编码单元形成的输入编码数据的操作缓冲器; 解码器电路,对存储在操作缓冲器中的编码数据进行解码; 修改电路,其对所述解码数据的第一编码单位进行修改,并根据所述修改修改以下解码编码单位; 编码器电路,对经修改的数据进行重新编码; 判断所述修改是否包含在所述缓冲器中的数据中的运算电路; 以及写入控制电路,其将存储在操作缓冲器中的编码数据重写为由修改电路修改的数据,并且当操作电路判断修改包含在缓冲器中的数据时由编码器电路重新编码。
    • 16. 发明授权
    • Encoded data modification device, modification method, and modification program
    • 编码数据修改装置,修改方法和修改程序
    • US07933326B2
    • 2011-04-26
    • US11184836
    • 2005-07-20
    • Hiroshi ItoKoichi MagaiMitsuyoshi SuzukiShigenori Takai
    • Hiroshi ItoKoichi MagaiMitsuyoshi SuzukiShigenori Takai
    • H04N7/12G06K9/00
    • H04N19/467H04N19/48
    • An encoded data modification device and the like are obtained which are capable of modifying a signal with a small delay. There is provided the encoded data modification device, including: an operational buffer that stores inputted encoded data formed of a plurality of encoded units; a decoder circuit that decodes the encoded data stored in the operational buffer; a modification circuit that modifies a first encoded unit of the decoded data and modifies following decoded encoded units according to the modification; an encoder circuit that re-encodes the modified data; an operational circuit that judges whether the modification is contained in the data in the buffer; and a write control circuit that rewrites the encoded data stored in the operational buffer to the data modified by the modification circuit and re-encoded by the encoder circuit when the operational circuit judges that the modification is contained in the data in the buffer.
    • 获得能够以小的延迟修改信号的编码数据修改装置等。 提供了编码数据修改装置,包括:存储由多个编码单元形成的输入编码数据的操作缓冲器; 解码器电路,对存储在操作缓冲器中的编码数据进行解码; 修改电路,其对所述解码数据的第一编码单位进行修改,并根据所述修改修改以下解码编码单位; 编码器电路,对经修改的数据进行重新编码; 判断所述修改是否包含在所述缓冲器中的数据中的运算电路; 以及写入控制电路,其将存储在操作缓冲器中的编码数据重写为由修改电路修改的数据,并且当操作电路判断修改包含在缓冲器中的数据时由编码器电路重新编码。
    • 17. 发明授权
    • Digital watermark embedding device and method, and digital watermark detection device and method
    • 数字水印嵌入装置及方法及数字水印检测装置及方法
    • US08218812B2
    • 2012-07-10
    • US12602140
    • 2007-05-28
    • Kazuo SugimotoRyousuke FujiiHiroshi ItoMitsuyoshi Suzuki
    • Kazuo SugimotoRyousuke FujiiHiroshi ItoMitsuyoshi Suzuki
    • G06K9/00
    • G06T1/005G06T2201/0051G06T2201/0065H04N1/32144H04N1/32352
    • A digital watermark embedding device according to the present invention includes: a watermark pattern generation part (4) which generates a watermark pattern varying in a time direction based on embedding information to be embedded in an input image to be processed; a synchronization pattern generation part (3) which outputs a fixed pattern for detecting synchronization as a watermark pattern; a pattern switching part (5) which selects between the watermark pattern output by the synchronization pattern generation part (3) and the watermark pattern output by the watermark pattern generation part (4) based on the input image (7a); and an embedding processing part (6) which adds the selected watermark pattern to each pixel value of the input image (7a) to generate an embedded image (7c) having a digital watermark embedded therein. Consequently, phase shifting may be detected based on the fixed pattern for detecting synchronization, there by being capable of precisely detecting the digital watermark out of a recaptured image as well.
    • 根据本发明的数字水印嵌入装置包括:水印图案生成部分(4),其基于要嵌入待处理的输入图像中的嵌入信息生成在时间方向上变化的水印图案; 输出用于检测同步的固定图案作为水印图案的同步图案生成部(3) 在由所述同步图案生成部(3)输出的水印图案和由所述输入图像(7a)输出的水印图案生成部(4)的水印图案之间进行选择的图案切换部(5)。 以及嵌入处理部分(6),其将所选择的水印图案添加到输入图像(7a)的每个像素值,以生成嵌入有数字水印的嵌入图像(7c)。 因此,可以基于用于检测同步的固定模式来检测相移,从而能够从重新捕获的图像中精确地检测数字水印。
    • 18. 发明申请
    • DIGITAL WATERMARK EMBEDDING DEVICE AND METHOD, AND DIGITAL WATERMARK DETECTION DEVICE AND METHOD
    • 数字水印嵌入装置及方法及数字水印检测装置及方法
    • US20100172539A1
    • 2010-07-08
    • US12602140
    • 2007-05-28
    • Kazuo SugimotoRyousuke FujiiHiroshi ItoMitsuyoshi Suzuki
    • Kazuo SugimotoRyousuke FujiiHiroshi ItoMitsuyoshi Suzuki
    • G06K9/00
    • G06T1/005G06T2201/0051G06T2201/0065H04N1/32144H04N1/32352
    • A digital watermark embedding device according to the present invention includes: a watermark pattern generation part (4) which generates a watermark pattern varying in a time direction based on embedding information to be embedded in an input image to be processed; a synchronization pattern generation part (3) which outputs a fixed pattern for detecting synchronization as a watermark pattern; a pattern switching part (5) which selects between the watermark pattern output by the synchronization pattern generation part (3) and the watermark pattern output by the watermark pattern generation part (4) based on the input image (7a); and an embedding processing part (6) which adds the selected watermark pattern to each pixel value of the input image (7a) to generate an embedded image (7c) having a digital watermark embedded therein. Consequently, phase shifting may be detected based on the fixed pattern for detecting synchronization, there by being capable of precisely detecting the digital watermark out of a recaptured image as well.
    • 根据本发明的数字水印嵌入装置包括:水印图案生成部分(4),其基于要嵌入待处理的输入图像中的嵌入信息生成在时间方向上变化的水印图案; 输出用于检测同步的固定图案作为水印图案的同步图案生成部(3) 在由所述同步图案生成部(3)输出的水印图案和由所述输入图像(7a)输出的水印图案生成部(4)的水印图案之间进行选择的图案切换部(5)。 以及嵌入处理部分(6),其将所选择的水印图案添加到输入图像(7a)的每个像素值,以生成嵌入有数字水印的嵌入图像(7c)。 因此,可以基于用于检测同步的固定模式来检测相移,从而能够从重新捕获的图像中精确地检测数字水印。
    • 19. 发明授权
    • Video and audio reproducing device and video decoding device
    • 视频和音频再现设备和视频解码设备
    • US6148135A
    • 2000-11-14
    • US912644
    • 1997-08-18
    • Mitsuyoshi Suzuki
    • Mitsuyoshi Suzuki
    • G11B27/10G11B27/30H04N5/85H04N9/804H04N9/806H04N21/234H04N21/2368H04N21/43H04N21/434H04N21/44G03B31/00
    • H04N21/4307G11B27/10G11B27/105G11B27/3027H04N21/4305H04N21/4341H04N21/44004H04N9/8063G11B2220/213G11B2220/2545G11B2220/2562H04N5/85H04N9/8042
    • The video and audio synchronization controller sets a system clock reference (SCR) included in the frame header portion of the coded video and audio data into a system time counter to set a timing of a system time clock (STC), immediately after a video and audio reproducing device has been powered on. The video and audio reproducing device decodes and displays a first arriving video data synchronous with a display system frame pulse, which is the closest to the value of a video time stamp included in a frame header of the first video frame on the time axis of the set STC. The video and audio synchronization controller sets again the value of the time stamp included in the first video frame to the system time counter to update the STC. The video and audio reproducing device outputs the video data for the second and subsequent video frames and all the audio data synchronous with the updated STC by outputting the video and audio data when the time indicated by the video and audio time stamps arrives on the time axis of the updated STC.
    • 视频和音频同步控制器将编码的视频和音频数据的帧头部分中包括的系统时钟参考(SCR)设置到系统时间计数器中​​,以在视频和视频之后立即设置系统时钟(STC)的定时 音频再现装置已通电。 视频和音频再现装置解码并显示与显示系统帧脉冲同步的第一到达视频数据,显示系统帧脉冲最接近包含在第一视频帧的帧头中的视频时间戳的值 设置STC。 视频和音频同步控制器再次将包含在第一视频帧中的时间戳的值设置到系统时间计数器以更新STC。 视频和音频再现装置通过在视频和音频时间戳所指示的时间在时间​​轴上到达时输出视频和音频数据来输出第二和后续视频帧的视频数据和与更新的STC同步的所有音频数据 的更新的STC。