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    • 6. 发明授权
    • Error detection in a content addressable memory (CAM)
    • 内容可寻址存储器(CAM)中的错误检测
    • US08199547B2
    • 2012-06-12
    • US12703528
    • 2010-02-10
    • Ravindraraj RamarajuMichael D. Snyder
    • Ravindraraj RamarajuMichael D. Snyder
    • G11C15/00
    • G11C15/04G06F11/1064G11C29/52
    • A content addressable memory and method of operation uses a memory array having a plurality of rows of stored content addressable memory data and compare circuitry for comparing received comparand data with the stored content addressable memory data. A hit signal and one or more parity bits is provided for each row. Erroneous hit detection circuitry coupled to the memory array for each row generates a row error indicator in response to a comparison between parity of the comparand data and parity of a row that is correlated to the hit signal as qualified by assertion of a hit signal of that row. The erroneous hit detection circuitry uses the row error indicator for each row to provide an output which indicates whether at least one asserted hit signal corresponds to an erroneous hit.
    • 内容可寻址存储器和操作方法使用具有多行存储的内容可寻址存储器数据的存储器阵列和用于将接收到的比较数据与存储的内容可寻址存储器数据进行比较的比较电路。 为每行提供命中信号和一个或多个奇偶校验位。 耦合到每行的存储器阵列的错误的命中检测电路响应于比较数据的奇偶性与与命中信号相关联的行的奇偶校验之间的比较,产生行错误指示,如通过断言该命中信号的命中信号 行。 错误的命中检测电路使用每一行的行错误指示符来提供指示至少一个被断言的命中信号是否对应于错误命中的输出。
    • 8. 发明申请
    • COMPLETION CONTINUE ON THREAD SWITCH MECHANISM FOR A MICROPROCESSOR
    • 麦克风螺纹开关机构的完成继续
    • US20090172361A1
    • 2009-07-02
    • US11967430
    • 2007-12-31
    • David C. HollowayMichael D. SnyderSuresh Venkumahanti
    • David C. HollowayMichael D. SnyderSuresh Venkumahanti
    • G06F9/30
    • G06F9/3851G06F9/3861G06F9/3867
    • A thread switch mechanism and technique for a microprocessor is disclosed wherein a processing of a first thread is completed, and a continuation of a second thread is initiated during completion of the first thread. In one form, the technique includes processing a first thread at a pipeline of a processing device, and initiating processing of a second thread at a front end of the pipeline in response to an occurrence of a context switch event. The technique can also include initiating a instruction progress metric in response the context switch event. The technique can further include enabling completion of processing of instructions of the first thread that are at a back end of the pipeline at the occurrence of the context switch event until an expiry of the instruction progress metric.
    • 公开了一种用于微处理器的线程切换机制和技术,其中完成了第一线程的处理,并且在完成第一线程期间开始了第二线程的延续。 在一种形式中,该技术包括处理处理设备的流水线处的第一线程,以及响应于上下文切换事件的发生,在流水线的前端开始处理第二线程。 该技术还可以包括响应于上下文切换事件发起指令进展度量。 该技术还可以包括在上下文切换事件发生时能够完成在流水线的后端处理第一线程的指令,直到指令进度度量的到期为止。