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    • 6. 发明授权
    • Signal routing in processor arrays
    • 处理器阵列中的信号路由
    • US08077623B2
    • 2011-12-13
    • US12367814
    • 2009-02-09
    • Andrew William George DullerWilliam Philip Robbins
    • Andrew William George DullerWilliam Philip Robbins
    • G01R31/08
    • G06F15/17375
    • There is provided a method for routing a plurality of signals in a processor array, the processor array comprising a plurality of processor elements interconnected by a network of switches, each signal having a respective source processor element and at least one destination processor element in the processor array, the method comprising (i) identifying a signal from the plurality of unrouted signals to route; (ii) identifying a candidate route from the source processor element to the destination processor element, the candidate route using a first plurality of switches; (iii) evaluating the candidate route by determining whether there are offset values that allow the signal to be routed through the first plurality of switches; and (iv) attempting to route the signal using one of the offset values identified in step (iii).
    • 提供了一种用于在处理器阵列中路由多个信号的方法,所述处理器阵列包括通过交换机网络互连的多个处理器元件,每个信号具有相应的源处理器元件和处理器中的至少一个目的地处理器元件 阵列,所述方法包括(i)识别来自所述多个未路由信号的信号以路由; (ii)识别从所述源处理器元件到所述目的地处理器元件的候选路线,所述候选路线使用第一多个开关; (iii)通过确定是否存在允许信号通过第一多个交换机路由的偏移值来评估候选路线; 以及(iv)使用步骤(iii)中识别的偏移值之一尝试路由信号。
    • 10. 发明授权
    • Data pipeline system and data encoding method
    • 数据流水线系统和数据编码方法
    • US6122726A
    • 2000-09-19
    • US984546
    • 1997-12-03
    • Adrian Philip WiseWilliam Philip RobbinsMartin William Sotheran
    • Adrian Philip WiseWilliam Philip RobbinsMartin William Sotheran
    • G06F9/38G06F9/44G06F15/00G06F15/16G06F15/80G06F15/82H04L23/00H04N7/26H04N7/50
    • G06F9/3871G06F9/3873G06F9/4436H04N19/42H04N19/61H04N19/13H04N19/91
    • A pipeline structure processes data in a series of stages, each of which has a data input latch (LDIN) and passes it on to the next stage in the pipeline via a data output latch (LDOUT). The stages are preferably connected to two non-overlapping clock phases (PH0, PH1) Adjacent stages are also connected via a validation line (IN.sub.-- VALID, OUT.sub.-- VALID) and an acceptance line (IN.sub.-- ACCEPT, OUT.sub.-- ACCEPT), and in some embodiments also via an extension bit line (IN.sub.-- EXTN, OUT.sub.-- EXTN). Input data is transferred from any stage to the following device on every complete period of both clock signals only if both the validation and acceptance signals in the respective latch are in an affirmative state, whereby data is transferred between stages regardless of the state of the validation and acceptance signals in other stages. A two-wire interface is thus formed between the stages. Address decoding circuitry may also be included in any of the stages so that a stage manipulates the input data stream only when one or more current data words have a predetermined bit pattern. The extension bit line conveys an extension bit that separates fields of different data blocks in the data stream. The invention also includes a method for uniquely encoding data blocks so that only intended pipeline stages are activated, with others simply passing input data through.
    • 流水线结构处理一系列级数据,每一级具有数据输入锁存器(LDIN),并通过数据输出锁存器(LDOUT)将其传送到流水线中的下一级。 这些级优选地连接到两个非重叠时钟相位(PH0,PH1)。相邻级还经由验证线(IN-VALID,OUT-VALID)和接受线(IN-ACCEPT,OUT-ACCEPT)连接,以及 在一些实施例中也通过扩展位线(IN-EXTN,OUT-EXTN)。 只有当相应锁存器中的验证和接收信号都处于肯定状态时,输入数据才能从两个时钟信号的每个完​​整周期从任何阶段传输到下一个设备,从而数据在阶段之间传输,而不管验证状态如何 和其他阶段的验收信号。 因此,在两个级之间形成两线接口。 地址解码电路也可以包括在任何一个阶段中,使得仅当一个或多个当前数据字具有预定位模式时,才操纵输入数据流。 扩展位线传送分割数据流中不同数据块的字段的扩展位。 本发明还包括一种用于唯一地编码数据块的方法,使得仅预期的流水线级被激活,其他简单地传递输入数据。