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    • 62. 发明授权
    • Content addressable memory device
    • 内容可寻址存储设备
    • US5051949A
    • 1991-09-24
    • US437472
    • 1989-11-15
    • William R. Young
    • William R. Young
    • G11C15/04
    • G11C15/04
    • A memory device for a content addressable memory is configured of a pair of multibit memory cells which permits the memory to be programmably readable on an individual bit basis, whereby the memory may be selectively programmed to be fully content addressable, partially content addressable, or non-content addressable. The memory device is coupled to a complementary bit line pair and has a pair of word enable lines coupled to address lines and a respective row output line, the state of which is monitored during an associative read operation. Data is stored in a respective memory device in the form of complementary bit codes, individual components of which are written into the memory cells. The participation of each memory device during an associative read operation is controlled by means of a set of switching circuits that are coupled to each memory cell, the bit lines and the output line. Depending upon the multibit codes that have been stored in the memory cells and the contents of the bit lines, these controlled switching circuits controllably cause a prescribed logic potential to be applied by the memory device to the output line and thereby indicate the occurrence of a match.
    • 用于内容可寻址存储器的存储器设备由一对多位存储器单元构成,其允许存储器在单独的位基础上被可编程地读取,由此存储器可以被选择性地编程为完全内容可寻址,部分内容可寻址或非 内容可寻址。 存储器件耦合到互补位线对,并且具有耦合到地址线和相应行输出线的一对字使能线,其状态在关联读操作期间被监视。 数据以互补位代码的形式存储在各自的存储器件中,其各个部件被写入存储器单元。 在关联读取操作期间每个存储器件的参与通过耦合到每个存储器单元,位线和输出线的一组开关电路来控制。 根据已经存储在存储单元中的多位代码和位线的内容,这些受控切换电路可控制地使规定的逻辑电位由存储器件施加到输出线,从而指示匹配的发生 。
    • 63. 发明授权
    • Cell based adder with tree structured carry, inverting logic and
balanced loading
    • 基于单元的加法器,具有树结构进位,反相逻辑和平衡负载
    • US5047974A
    • 1991-09-10
    • US124807
    • 1987-11-24
    • William R. Young
    • William R. Young
    • G06F7/50G06F7/508H03K19/21
    • G06F7/508H03K19/215G06F2207/5063
    • An adder comprising a tree-based carry structure, wherein the maximum fanout from any gate in the carry structure is three. When calculating optimized fanout, it is necessary to consider input capacitance to the following stage. In minimizing propagation delay, it is necessary to consider loading and the number of stages. It has been recognized that optimum fanout of e results in optimized propagation through the adder, thus fanout of three is the closest whole number. A cell has been designed which includes the necessary and sufficient circuitry for building multicell adders in a highly optimized structure. The cell provides individually accessible components and dedicated components for optimum layout in the end product.
    • 一种包括基于树的进位结构的加法器,其中来自进位结构中的任何门的最大扇出为三。 在计算优化扇出时,需要考虑以下阶段的输入电容。 在最小化传播延迟时,有必要考虑加载和级数。 已经认识到,e的最佳扇出导致通过加法器的优化传播,因此三的扇出是最接近的整数。 已经设计了一个电池,其中包括用于以高度优化的结构构建多单元加法器的必要和充分的电路。 该电池提供可单独访问的组件和专用组件,以在最终产品中实现最佳布局。
    • 66. 发明授权
    • Cell based ALU with tree structured carry, inverting logic and balanced
loading
    • 基于单元的ALU具有树结构进位,反相逻辑和平衡负载
    • US4882698A
    • 1989-11-21
    • US106071
    • 1987-10-07
    • William R. Young
    • William R. Young
    • G06F7/50G06F7/508
    • G06F7/508G06F2207/5063
    • An ALU comprising a tree-based carry structure, wherein the maximum fanout from any gate in the carry structure is three. When calculating optimized fanout, it is necessary to consider input capacitance to the following stage. In minimizing propagation delay, it is necessary to consider loading and the number of stages. It has been recognized that optimum fanout of results in optimized propagation through the ALU, thus fanout of three is the closest whole number. A cell has been designed which includes the necessary and sufficient circuitry for building multicell ALU's in a highly optimized structure. The cell provides individually accessible components and dedicated components for optimum layout in the end product.
    • 包括基于树的进位结构的ALU,其中来自进位结构中的任何门的最大扇出为三。 在计算优化扇出时,需要考虑以下阶段的输入电容。 在最小化传播延迟时,有必要考虑加载和级数。 已经认识到,通过ALU优化传播的最佳扇出是最接近的整数。 已经设计了一个单元,其中包括用于以高度优化的结构构建多单元ALU的必要和足够的电路。 该电池提供可单独访问的组件和专用组件,以在最终产品中实现最佳布局。
    • 68. 发明授权
    • Integrated program counter memory management register and incrementer
    • 集成程序计数器存储器管理寄存器和增量器
    • US4514802A
    • 1985-04-30
    • US363815
    • 1982-03-31
    • Paul CohenWilliam R. Young
    • Paul CohenWilliam R. Young
    • G06F9/32
    • G06F9/321
    • An integrated structure including a program counter, a memory management structure and an incrementer interconnected by an internal bus such that the logic value of the program counter may be read into the memory management register and the program counter can be incremented depending upon the value of the pre-incremented program counter logic level and an increment signal from the previous stage. External access to the program counter and the memory management register are provided by external buses. A sense amplifier is also provided so as to maintain the value of the pre-incremented program counter on the internal rail allowing the memory management register to be disconnected therefrom during the increment cycle.
    • 一种包括程序计数器,存储器管理结构和通过内部总线互连的增量器的集成结构,使得可以将程序计数器的逻辑值读入存储器管理寄存器,并且程序计数器可以根据 预先递增的程序计数器逻辑电平和来自前一级的增量信号。 程序计数器和存储器管理寄存器的外部访问由外部总线提供。 还提供读出放大器,以便在内部轨道上保持预增量程序计数器的值,从而允许存储器管理寄存器在增量循环期间与其断开连接。
    • 69. 发明授权
    • Time-division multiplex serial loop
    • 时分复用串行回路
    • US4389721A
    • 1983-06-21
    • US278990
    • 1981-06-30
    • William R. YoungStanley R. Zepp
    • William R. YoungStanley R. Zepp
    • H04L12/423H04J6/02G08B5/00
    • H04L12/423
    • A loop controller transmits data to and receives data from a plurality of I/O ports on a TDM serial loop by generating a plurality of frames which include a frame control field followed by a plurality of dedicated time slot fields. Each time slot field includes an inbound data control bit or bits followed by a data field followed by an outbound data control bit or bits. The I/O port inputs and outputs data in its dedicated data field as dictated by the respective data control bit. The loop controller and I/O ports monitor the data control bit to request data, indicate insertion of data, indicate receipt of the data and acknowledge the receipt indication to achieve a complete handshake. During an initialization frame, the I/O ports set themselves into primary and secondary data modes based on sensing a prior I/O port with the same dedicated time slot. Separate primary, secondary, inbound and outbound data control bits permit interleaved communication by the loop controller to and from plural ports with the same dedicated time slot.
    • 环路控制器通过产生包括后面跟着多个专用时隙字段的帧控制字段的多个帧来向TDM串行环路上的多个I / O端口发送数据并从其接收数据。 每个时隙字段包括一个入站数据控制位或位,后跟一个数据字段,后跟一个出站数据控制位或位。 I / O端口根据相应的数据控制位来指定其专用数据字段中的数据。 环路控制器和I / O端口监视数据控制位以请求数据,指示数据插入,指示接收数据并确认收据指示以实现完全握手。 在初始化帧期间,I / O端口基于感测具有相同专用时隙的先前I / O端口将其自身设置为主数据模式和辅助数据模式。 独立的主,辅助,入站和出站数据控制位允许环路控制器与具有相同专用时隙的多个端口进行交织通信。