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    • 1. 发明授权
    • Bi-directional databus system for supporting superposition of vector and
scalar operations in a computer
    • 用于支持计算机中矢量和标量运算叠加的双向数据总线系统
    • US4760518A
    • 1988-07-26
    • US835129
    • 1986-02-28
    • Hanan PotashErick M. CookAndrew E. PhelpsMark A. HaakmeesterJennifer S. SchuhWilliam B. Thompson
    • Hanan PotashErick M. CookAndrew E. PhelpsMark A. HaakmeesterJennifer S. SchuhWilliam B. Thompson
    • G06F13/36G06F9/38G06F15/78G06F17/16G06F3/00G06F13/00G06F13/40G06F15/347
    • G06F15/8084G06F9/3885
    • A bi-directional databusing system is used in a computer that superposes vector and scalar operations. The computer consists of a main memory, a plurality of pipelined functional units, and a buffer for staging scalar and vector data objects between the main memory and the functional units. The busing system supports two-way data transfer during each of a succession of bus transfer cycles in which data is transferred to the buffer during one phase of a cycle, and from the buffer during a second cycle phase. The busing system includes three sets of bi-directional memory databuses, one for transferring scalar data objects between the main memory and buffer unit, and the other two for transferring vector data objects between the main memory and the buffer. The bus system also includes a set of bi-directional function buses, each for transferring scalar and vector data objects between the buffer and the functional units, with the ratio of the number of data objects transferred to the functional units during a transfer cycle to the number of data objects transferred to the buffer during the same cycle corresponding to a predetermined parametric value.
    • 双向数据处理系统用于叠加向量和标量运算的计算机中。 计算机由主存储器,多个流水线功能单元和用于在主存储器和功能单元之间分级标量和向量数据对象的缓冲器组成。 在一系列总线传输周期中,每个循环中的数据传输到缓冲区,在一个周期的一个阶段,以及在第二个循环阶段从缓冲区,这个传输系统支持双向数据传输。 传播系统包括三组双向存储器数据总线,一组用于在主存储器和缓冲器单元之间传送标量数据对象,另外两个用于在主存储器和缓冲器之间传送矢量数据对象。 总线系统还包括一组双向功能总线,每个用于在缓冲器和功能单元之间传送标量和向量数据对象,在传送周期期间传送到功能单元的数据对象的数量与 在对应于预定参数值的相同周期内传送到缓冲器的数据对象的数量。
    • 6. 发明授权
    • Backplane structure for a computer superpositioning scalar and vector
operations
    • 用于计算机的背板结构叠加标量和矢量操作
    • US4777615A
    • 1988-10-11
    • US834942
    • 1986-02-28
    • Hanan Potash
    • Hanan Potash
    • G06F1/16G06F1/18G06F13/40H05K1/14H05K7/14
    • H05K1/14G06F13/409H05K7/1445
    • A backplane structure for a computer includes first and second spaced apart backplane sections each having a series of spaced, vertical connector assemblies for receiving edge connectors of a series of parallel spaced apart circuit boards in a vertical orientation. Spaced bus lines run horizontally across each backplane section for interconnecting appropriate pins of the respective circuit board connectors. One of the backplane sections receives circuit boards of the memory section of a computer, and the other section receives the computer functional unit boards. A third backplane section extends between the first and second sections and has a series of spaced horizontal connector assemblies for receiving connector edges of a series of circuit boards in a horizontal orientation. At least some of the horizontal connector assemblies receive circuit boards of the buffer section of a computer. Each horizontal buffer board connector assembly is connected at each end to a respective selected portion of the bus lines of the first and second backplane sections, respectively, so a connected buffer board can act as a bridge between these sections.
    • 用于计算机的背板结构包括第一和第二间隔开的背板部分,每个底板部分具有一系列间隔开的垂直连接器组件,用于在垂直方向上接收一系列平行隔开的电路板的边缘连接器。 间距的总线横跨每个背板部分水平运行,用于互连相应电路板连接器的相应引脚。 背板部分之一接收计算机的存储器部分的电路板,另一部分接收计算机功能单元板。 第三背板部分在第一和第二部分之间延伸并且具有一系列间隔开的水平连接器组件,用于在水平方向上接收一系列电路板的连接器边缘。 至少一些水平连接器组件接收计算机的缓冲部分的电路板。 每个水平缓冲板连接器组件在每一端分别连接到第一和第二背板部分的总线的相应选定部分,因此连接的缓冲板可以用作这些部分之间的桥梁。
    • 7. 发明授权
    • Flexible computer architecture using arrays of standardized
microprocessors customized for pipeline and parallel operations
    • 灵活的计算机架构,使用针对管道和并行操作定制的标准化微处理器阵列
    • US4467409A
    • 1984-08-21
    • US175430
    • 1980-08-05
    • Hanan PotashBurton L. LevinMelvyn E. Genter
    • Hanan PotashBurton L. LevinMelvyn E. Genter
    • G06F9/30G06F15/78G06F9/28G06F15/16
    • G06F15/7835G06F9/30
    • A flexible architecture for digital computers can be adapted to meet the many different functional requirements of several computer models. Each model includes an array of sequential logic units. These units include respective control memories for storing commands, means for sequentially fetching and executing selectable sequences of the commands, and soft functional structures for performing customized functions in response to the commands. Included within the soft functional structures are a plurality of selectable electrical contacts which customize the functional response of the structures to the commands. Except for these contacts and the content of the respective control memories, the units are substantially identical. All of the units in the array execute respective command sequences from their control memory to perform a single instruction for the computer model.
    • 数字计算机的灵活架构可以适应多种计算机模型的许多不同功能需求。 每个模型包括一系列顺序逻辑单元。 这些单元包括用于存储命令的各自的控制存储器,用于顺序地取出和执行可选择的命令序列的装置,以及用于响应于命令执行定制功能的软功能结构。 包括在软功能结构内的是多个可选择的电触点,其定制结构对命令的功能响应。 除了这些触点和各个控制存储器的内容之外,这些单元基本相同。 阵列中的所有单元从其控制存储器执行相应的命令序列,以执行计算机模型的单个指令。
    • 8. 发明授权
    • Digital device for time-multiplexing multiple tasks
    • 用于时分复用多个任务的数字设备
    • US4393465A
    • 1983-07-12
    • US253717
    • 1981-04-13
    • Hanan Potash
    • Hanan Potash
    • G06F9/22G06F3/00G06F9/26G06F9/38G06F9/46G06F9/48G06F3/04
    • G06F9/4812G06F9/3851G06F9/4881
    • A digital device time-multiplexes the execution of multiple tasks that are defined by respective sequences of control words in a control memory. In this device, the time-multiplexing is performed by sending control signals that are representative of respective resume addresses along with each output message sent by the device that calls for a response. These response messages are thereafter received by the device along with the control signals that were sent with the corresponding output message. Received response messages are thereafter operated on by the device by executing control words in the control memory beginning at the resume address represented by the received control signals.
    • 数字设备对由控制存储器中的各个控制字序列定义的多个任务的执行进行时间复用。 在该装置中,通过发送表示各个恢复地址的控制信号以及由呼叫响应的设备发送的每个输出消息来执行时间复用。 这些响应消息随后由与相应输出消息一起发送的控制信号一起被设备接收。 接收的响应消息此后由设备通过在由所接收的控制信号表示的恢复地址开始的控制存储器中执行控制字来进行操作。