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    • 2. 发明专利
    • CORRELATION ARITHMETIC UNIT FOR PICTURE
    • JPS63276677A
    • 1988-11-14
    • JP9121688
    • 1988-04-13
    • NIPPON SHEET GLASS CO LTD
    • NOOMAN EE PEPAAZUJIEIMUZU AARU YANGUJIERARUDO EE PIASUNISHI HISAMI
    • G06T7/00
    • PURPOSE:To operate the correlation of a picture at high speed by disposing a reference mask at a position separated by a prescribed distance from the image forming surface of an optical pattern image formed by a multiplying means. CONSTITUTION:After an input picture is displayed on a display 1, the picture such as a character to be applied with correlation arithmetic is optically multiplied by the multiplying means 4 to form the plural optical pattern images of the same form. The reference mask 6a is disposed at the position separated by the prescribed distance from the image forming surface 5 of the optical pattern. An optical correlation operation between the multiplied optical pattern image and the reference pattern of the mask 6a and the converging of passing lights from the mask 6a by a converging lens 7 are instantaneously carried out with the propagation velocity of the light. The converged light is detected by a photosensor 8a is parallel with a high speed response characteristic. Accordingly, the optical correlation operation between the input picture and the reference pattern can be executed in parallel and at high speed.
    • 7. 发明专利
    • IMAGE RECOGNIZING DEVICE
    • JPS6426285A
    • 1989-01-27
    • JP15902088
    • 1988-06-25
    • NIPPON SHEET GLASS CO LTD
    • KATSUKI KAZUONOOMAN EE PEPAAZUJIEIMUZU AARU YANGUJIERARUDO EE PIASUNISHI HISAMI
    • G02F3/00G06K9/82G06T7/00
    • PURPOSE:To execute the image recognizing processing of a high speed and a high through-put by executing inparallely an image information detecting processing to the plural number of the optical pattern images of the same shape formed by causing an input image to be a multi-image, executing the identification of the input image and executing a digital correlative operation concerning the not-identified means. CONSTITUTION:In an optical image recognizing means, the image information detecting processing is executed inparallel to the plural number of optical pattern images of the practically and mutually same shape, which is formed by causing the input image to be the multi-image, and the plural number of image information data to correspond to these plural number of optical pattern images are detected. The identification of the input image is executed and concerning the not-identified image, in an electronic image recognizing means, the digital correlative operation is executed as for the limited referring image according to the image information data. Thus, the image recognizing processing of the high speed and the high through-put can be executed with the device of a low cost and a high recognizing rate can be realized.
    • 9. 发明专利
    • VECTOR IDENTIFICATION DEVICE
    • JPS63257078A
    • 1988-10-24
    • JP5318188
    • 1988-03-07
    • NIPPON SHEET GLASS CO LTD
    • NOOMAN EE PEPAAZUJIEIMUZU AARU YANGUJIERARUDO EE PIASU
    • G06T7/00G06K9/74
    • PURPOSE:To perform the introduction of a beam of light to an optical detecting means at the propagation speed of the beam of light in parallel and to perform identification such as the classification and recognition of a vector, etc., at high speed, by performing the multiplication of a displayed optical pattern optically, and taking pattern matching with plural kinds of reference patterns respectively. CONSTITUTION:A vector component corresponding to a projecting feature extracted from an image to be recognized is displayed on a display. In other words, the apexes of strength distribution shown in (a) and (b) are image-displayed 11 as a large number of luminescent line patterns. A multiplication means 14 is constituted of a projecting lens 12 and a lens array 13, and the luminescent line patterns on the display plane of the display 11 are image-formed simultaneously on reference masks 15a respectively. The light quantity of the beam of light passing the reference mask 15a is detected by an optical sensor 17a, and its output is standardized at every reference mask 15a corresponding to the maximum passing light quantity of each reference mask 15a to facilitate the identification of the image. The level of a standardized output is compared at a maximum value detection circuit, and the reference mask 15a on which the maximum output is given is decided. And based on a decided result, the classification and the recognition of the image to be identified can be performed.