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    • 31. 发明授权
    • Ultrafast digital photonic signal processing using optical noncollinear
second harmonic generation
    • 使用光学非共线二次谐波生成的超快数字光信号处理
    • US4918635A
    • 1990-04-17
    • US271566
    • 1988-11-15
    • Yao LiRobert R. AlfanoGeorge Eichmann
    • Yao LiRobert R. AlfanoGeorge Eichmann
    • G06E1/04
    • G06E1/04
    • A technique for performing multiplication oriented optical digital computations in which a pair of identical primary frequency coherent beams of light are directed off-axis through a second harmonic generating crystal to produce an on-axis frequency doubled (i.e. second harmonic) output signal. Each primary beam is encoded with one of the quantities to be multiplied producing an output beam containing the product of the two quantities. The output beam is detected by an array type detector. The technique can be used in performing time integration applications as well as spatial integration applications. For space integration applications a cylindrical lens is positioned in front of the array detector. Multistage operations are realized using a parameteric frequency down conversion and amplification scheme.
    • 一种用于执行乘法定向光学数字计算的技术,其中一对相同的主要频率相干光束通过二次谐波产生晶体离轴指向以产生轴上倍频(即二次谐波)输出信号。 每个主光束被编码为要乘以的量之一,产生包含两个量的乘积的输出光束。 输出光束由阵列型检测器检测。 该技术可用于执行时间集成应用程序以及空间集成应用程序。 对于空间集成应用,柱面透镜位于阵列检测器的前面。 使用参数降频转换和放大方案实现多级操作。
    • 32. 发明授权
    • Combinatorial logic-based optical computing method and apparatus
    • 基于组合逻辑的光学计算方法和装置
    • US4864524A
    • 1989-09-05
    • US31431
    • 1987-03-27
    • Peter S. GuilfoyleW. Jackson Wiley
    • Peter S. GuilfoyleW. Jackson Wiley
    • G02F3/00G06E1/02G06E1/04H01S5/02H01S5/026H01S5/183
    • G06E1/02G02F3/00G06E1/04
    • An optical computer apparatus and method in which binary operations are implemented by utilizing optical elements to perform AND-OR-INVERT operations of the binary operation and combinatorial logic elements perform the remaining operations. Preferably, a pair of acousto-optic cells are energized by binary data, which data are supplied by combinatorial logic, and which cells modulate light rays that are focused on detectors which determine the presence or absence of light. The particular combination of data supplied by the combinatorial logic is a function of the operations remaining in the desired binary operation once any AND-OR-INVERT functions have been implemented by way of optical structures. Further, the propagational time through the acousto-optic cells is utilized to implement systolic type implementations of binary functions.
    • 一种光学计算机装置和方法,其中通过利用光学元件来执行二进制运算和组合逻辑元件的AND-OR-INVERT操作来实现二进制运算,执行剩余的操作。 优选地,一对声光单元由二进制数据激励,该数据由组合逻辑提供,哪些单元调制聚焦在检测器上的光线,该光束确定光的存在或不存在。 一旦通过光学结构实现任何AND-OR-INVERT功能,组合逻辑提供的数据的特定组合就是所需二进制操作中剩余的操作的函数。 此外,通过声光单元的传播时间被用于实现二进制功能的收缩型实现。
    • 35. 发明授权
    • Magneto-optical signal processor
    • 磁光信号处理器
    • US3739362A
    • 1973-06-12
    • US3739362D
    • 1971-03-25
    • MAGNAVOX CO
    • ESCHELBACH R
    • G02F1/09G06E1/04G06E3/00G11C13/04G11B11/10
    • G02F1/09G06E1/04G06E3/001
    • The present invention relates to the optical processing of information using a magneto-optical light modulator to spatially modulate light energy in accordance with the information. The magneto-optical light modulator includes a thin magnetic film having a spatial magnetic pattern in accordance with the information. The light energy is directed to the thin magnetic film to produce variations in the characteristics of the light energy in accordance with the spatial magnetic pattern. After the light energy has been spatially modulated the light energy is further processed using optical lenses so as to produce a desired transform of the spatially modulated light energy.
    • 本发明涉及使用磁光调制器的信息的光学处理,以便根据该信息空间调制光能。 磁光调制器包括具有根据该信息的空间磁性图案的薄磁膜。 光能被引导到薄磁膜,以根据空间磁图形成光能的特性的变化。 在光能被空间调制之后,使用光学透镜进一步处理光能,以产生所需的空间调制光能的变换。