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    • 5. 发明授权
    • Instruction memory system for multi-processor environment and disjoint tasks
    • 指令存储系统,用于多处理器环境和不相交任务
    • US06760743B1
    • 2004-07-06
    • US09477757
    • 2000-01-04
    • Marco C. HeddesMark Anthony RinaldiBrian Alan Youngman
    • Marco C. HeddesMark Anthony RinaldiBrian Alan Youngman
    • G06F900
    • G06F9/3802G06F9/3851
    • An instruction memory system is shared by a plurality of processors and the system utilizes an increased bandwidth to support the combined number of processors. The total instruction address space is divided into code segments according to the disjoint tasks to be performed. The instruction codes of each processor are consolidated into one copy for control instructions and duplicate copies for other disjoint tasks such as inbound requests and outbound requests that have greater processor contention. Interleaving of the memory arrays for certain disjoint tasks serves to provide a larger number of instructions for these tasks. The system utilizes arbiters to receive all disjoint tasks and to control multiplexors that send addresses to memory arrays.
    • 指令存储器系统由多个处理器共享,并且系统利用增加的带宽来支持组合的处理器数量。 总指令地址空间根据要执行的不相交任务分为代码段。 每个处理器的指令代码被合并到一个副本中,用于控制指令和其他不相交任务的重复副本,例如具有更大处理器争用的入站请求和出站请求。 用于某些不相交任务的存储器阵列的交织用于为这些任务提供更多数量的指令。 该系统利用仲裁器接收所有不相交的任务,并控制向存储器阵列发送地址的多路复用器。
    • 7. 发明授权
    • Programmable output interface for lower level open system
interconnection architecture
    • 可编程输出接口,用于较低级别的开放系统互连架构
    • US6049837A
    • 2000-04-11
    • US987189
    • 1997-12-08
    • Brian Alan Youngman
    • Brian Alan Youngman
    • H04L12/28G06F13/18G06F13/00G06F15/16
    • H04L12/2801
    • A programmable output interface in an Open System Interconnection (OSI) enables a Media Access (MAC) Layer to access a variety of Physical (PHY) Layer implementations without redesign of the interface. The programmable interface includes a control signal generator; an output clock gating generator, and an output polarity control device coupled to the PHY layer. The interface receives media access Start; media access Done signals; a Data Rate clock signal and a data signal. The control signal generator provides control signals for the physical layer components via the polarity control device. The active signal polarity and the relative timing of the control signals are controlled by programmable registers. The output clock gating generator provides clock signals to the physical layer components via the polarity control in response to the Start; Done and Data Rate signals. The output generator clock includes programmable interval registers for the various frame intervals including a User Pause Interval (UPI); Preamble Interval (PI); User Send Interval (USI), etc. The polarity control provides the correct signal polarity for each control, clock, and data signal.
    • 开放系统互连(OSI)中的可编程输出接口使媒体访问(MAC)层可以访问各种物理层(PHY)层,而无需重新设计接口。 可编程接口包括控制信号发生器; 输出时钟选通发生器,以及耦合到PHY层的输出极性控制装置。 接口接收媒体访问开始; 媒体访问完成信号; 数据速率时钟信号和数据信号。 控制信号发生器通过极性控制装置提供物理层组件的控制信号。 有源信号极性和控制信号的相对定时由可编程寄存器控制。 输出时钟选通发生器响应于启动通过极性控制向物理层组件提供时钟信号; 完成和数据速率信号。 输出发生器时钟包括用于各种帧间隔的可编程间隔寄存器,包括用户暂停间隔(UPI); 前导码间隔(PI); 用户发送间隔(USI)等。极性控制为每个控制,时钟和数据信号提供正确的信号极性。