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    • 4. 发明授权
    • Individuality discriminating system
    • 个性鉴别系统
    • US4703347A
    • 1987-10-27
    • US840747
    • 1986-03-18
    • Akira YasudaKazuhisa AkiyamaToshinari NakaoHiroyoshi Yuasa
    • Akira YasudaKazuhisa AkiyamaToshinari NakaoHiroyoshi Yuasa
    • G06T7/00G07C9/00H04N1/41H04N7/18
    • H04N1/41G07C9/00079
    • An individuality discriminating system wherein analog signals of a human individual picture are converted to digital signals according to brightness of the picture, and such digital signals are stored as individual picture data in an integrated-circuit (IC) card as compressed, with picture elements other than changed ones in the picture treated as zero picture elements, while in using the IC card by its bearer the thus stored data are read out of the card as expanded and analog-converted for display on a monitor. Since the picture data are compressed to remarkably reduce code volume upon the storing in the card, the individuality discrimination can be realized practically precisely and effectively reliably through an investigators's comparison with eyes of the thus displayed picture with a directly viewed or monitored picture of the bearer.
    • 一种个性鉴别系统,其中个人图像的模拟信号根据图像的亮度被转换为数字信号,并且这些数字信号作为压缩的单个图像数据被存储在集成电路(IC)卡中,其中图像元素等 比较在图像中被处理为零图像元素的变化的图像,而在通过其承载使用IC卡时,将这样存储的数据从扩展和模拟转换中读出,并显示在监视器上。 由于图像数据被压缩以显着地减少存储在卡中的代码量,所以可以通过调查者与所显示的图像的眼睛的比较直接观察或监视承载图像,可以实际上精确有效地可靠地实现个性辨别 。
    • 6. 发明授权
    • Picture transmission system using secondary differential variable
sampling rate coding
    • 图像传输系统采用二次差分可变采样率编码
    • US4843465A
    • 1989-06-27
    • US106079
    • 1987-10-07
    • Hiroyoshi YuasaKoichi Omura
    • Hiroyoshi YuasaKoichi Omura
    • G06T9/00
    • H04N19/593
    • A picture transmission system of the present invention is adapted to code picture data by a variable sampling rate coding system to transmit the same. Picture data are stored in a frame memory (16) of a transmission area so that differential values between the same and predictors from a predictive circuit (43) are obtained by a subtracter (41) and compression-coded by a variable sampling rate compression circuit (42) to be transmitted. The compression-coded differential values are expansion-decoded by a variable sampling rate expansion circuit (40) so that original differential values are supplied to an adder (45). The adder (45) adds up the differential values with predictors, to produce predictors for subsequent sampling points. In a receiving area, transmitted codes are expansion-decoded by a variable sampling rate expansion circuit (51), so that the decoded values are added up with predictors from a predictive circuit (53) by an adder (52) to output the original picture data. Preposition prediction and variable sampling rate decoding are thus combined to enable, in the receiving area, automatic correction of compression/expansion errors caused in the transmission area.
    • 本发明的图像传输系统适用于通过可变采样率编码系统对图像数据进行编码以进行发送。 图像数据被存储在传输区域的帧存储器(16)中,使得通过减法器(41)获得来自预测电路(43)的预测值与预测值之间的差分值,并通过可变采样率压缩电路进行压缩编码 (42)。 压缩编码的差分值由可变采样率扩展电路(40)进行扩展解码,使得原始差分值被提供给加法器(45)。 加法器(45)将差分值与预测器相加,以产生后续采样点的预测值。 在接收区域中,由可变采样率扩展电路(51)对发送的码进行扩展解码,由加法器(52)将来自预测电路(53)的预测器与解码值相加,以输出原始图像 数据。 因此,前置预测和可变采样率解码被组合,使得在接收区域中能够自动校正在传输区域中引起的压缩/扩展错误。
    • 7. 发明授权
    • Picture transmission system using secondary differential variable
sampling rate coding
    • 图像传输系统采用二次差分可变采样率编码
    • US4703348A
    • 1987-10-27
    • US726717
    • 1985-04-24
    • Hiroyoshi YuasaKoichi Omura
    • Hiroyoshi YuasaKoichi Omura
    • G06T9/00H04N7/12H04B14/06
    • H04N19/593
    • A picture transmission system of the present invention is adapted to code picture data by a variable sampling rate coding system to transmit the same. Picture data are stored in a frame memory (16) of a transmission area so that differential values between the same and predictors from a predictive circuit (43) are obtained by a subtracter (41) and compression-coded by a variable sampling rate compression circuit (42) to be transmitted. The compression-coded differential values are expansion-decoded by a variable sampling rate expansion circuit (40) so that original differential values are supplied to an adder (45). The adder (45) adds up the differential values with predictors, to produce predictors for subsequent sampling points. In a receiving area, transmitted codes are expansion-decoded by a variable sampling rate expansion circuit (51), so that the decoded values are added up with predictors from a predictive circuit (53) by an adder (52) to output the original picture data. Preposition prediction and variable sampling rate decoding are thus combined to enable, in the receiving area, automatic correction of compression/expansion errors caused in the transmission area.
    • 本发明的图像传输系统适用于通过可变采样率编码系统对图像数据进行编码以进行发送。 图像数据被存储在传输区域的帧存储器(16)中,使得通过减法器(41)获得来自预测电路(43)的预测值与预测值之间的差分值,并通过可变采样率压缩电路进行压缩编码 (42)。 压缩编码的差分值由可变采样率扩展电路(40)进行扩展解码,使得原始差分值被提供给加法器(45)。 加法器(45)将差分值与预测器相加,以产生后续采样点的预测值。 在接收区域中,由可变采样率扩展电路(51)对发送的码进行扩展解码,由加法器(52)将来自预测电路(53)的预测器与解码值相加,以输出原始图像 数据。 因此,前置预测和可变采样率解码被组合,使得在接收区域中能够自动校正在传输区域中引起的压缩/扩展错误。