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    • 6. 发明授权
    • System for address-event-representation network simulation
    • 地址事件表示网络仿真系统
    • US08429107B2
    • 2013-04-23
    • US12611968
    • 2009-11-04
    • Monty M. DenneauDaniel J. FriedmanRalph LinskerMark B. Ritter
    • Monty M. DenneauDaniel J. FriedmanRalph LinskerMark B. Ritter
    • G06F15/18G06N3/08
    • H04L47/521
    • A system, method, and design structure for address-event-representation network simulation are provided. The system includes a hardware structure with a plurality of interconnected processing modules configured to simulate a plurality of interconnected nodes. To simulate each node, the hardware structure includes a source table configured to receive an input message and identify a weight associated with a source of the input message. The hardware structure also includes state management logic configured to update a node state as a function of the identified weight, and generate an output signal responsive to the updated node state. The hardware structure further includes a target table configured to generate an output message in response to the output signal, identify a target to receive the output message, and transmit the output message. The hardware structure may further include learning logic configured to combine information about input messages and generated output signals, and to update weights.
    • 提供了一种用于地址事件表示网络仿真的系统,方法和设计结构。 该系统包括硬件结构,其具有被配置为模拟多个互连节点的多个互连的处理模块。 为了模拟每个节点,硬件结构包括被配置为接收输入消息并且识别与输入消息的源相关联的权重的源表。 硬件结构还包括状态管理逻辑,其被配置为根据所识别的权重更新节点状态,并响应于更新的节点状态生成输出信号。 硬件结构进一步包括目标表,其被配置为响应于输出信号产生输出消息,识别目标以接收输出消息,并发送输出消息。 硬件结构还可以包括被配置为组合关于输入消息和生成的输出信号的信息并且更新权重的学习逻辑。
    • 8. 发明授权
    • Method for extending bandwidth of large core fiber optic transmission
links
    • 扩展大型核心光纤传输链路带宽的方法
    • US5495545A
    • 1996-02-27
    • US328177
    • 1994-10-24
    • Michael F. CinaDennis L. KarstModest M. OpryskoMark B. RitterStephen L. SpanoudisJeannine M. Trewhella
    • Michael F. CinaDennis L. KarstModest M. OpryskoMark B. RitterStephen L. SpanoudisJeannine M. Trewhella
    • G02B6/42G02B6/36
    • G02B6/4206
    • A method for making an optical fiber transmission apparatus for limiting the optical modes which were emitted from a source in such a way to impinge on an optical fiber to extract a high bandwidth from the fiber. The apparatus includes a lens or aperture to control the angle and distribution of light launched into the fiber. The apparatus achieves reproducibly high bandwidths in large core step-index optical fibers of short transmission length distances. The lens or aperture introduces light from the source into the fiber at an angle at which substantially no intermode delay occurs as the light propagates down the fiber. An integral fiber optic coupling assembly that includes an optical electronic component receptacle, the lens and/or aperture, and an optical fiber connector interface which provides low cost easy to manufacture assembly is also disclosed. A unitary plastic housing provides the function of a lens and mechanical reference or locating features for the light source and optical fiber.
    • 一种制造光纤传输装置的方法,用于限制从源发射的光模,以照射到光纤上以从光纤提取高带宽。 该装置包括用于控制发射到光纤中的光的角度和分布的透镜或孔。 该装置在具有短传输长度距离的大型核心阶跃折射率光纤中实现可重复的高带宽。 透镜或光圈将光从光源引入光纤,其角度基本上不发生模式间延迟,因为光沿着光纤传播。 还公开了一种包括光学电子部件插座,透镜和/或孔径以及提供低成本易于制造组装的光纤连接器接口的整体光纤耦合组件。 单一的塑料外壳提供了一个透镜的功能,并为光源和光纤提供机械参考或定位功能。