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    • 2. 发明授权
    • Inter-processor communication net
    • 处理器间通信网
    • US5459836A
    • 1995-10-17
    • US970536
    • 1992-11-02
    • Bruce E. WhittakerSaul BarajasLeland E. Watson
    • Bruce E. WhittakerSaul BarajasLeland E. Watson
    • G06F15/167G06F3/00G06F15/16
    • G06F15/167
    • A message transfer system between multiple processors in a network. Each processor includes an interprocessor communications (IPC) hardware unit having an unique address count. An address count generator in a designated IPC hardware unit generates a sequence of binary count numbers such that when the generated count number matches the address of the IPC hardware unit, then that particular hardware unit and its associated processor are granted a time period of bus access for sending messages on the IPC network bus to other processors. Messages on the IPC network bus can be received by an IPC hardware unit at any time irrespective of the generated count number. Any sending processor that has bus access can concurrently provide multiple messages where each of the multiple messages is directed to each particular processor for reception. Thus one sender, with bus access, can communicate with multiple receivers during its transmission onto the IPC network bus connecting the processors.
    • 网络中多个处理器之间的消息传输系统。 每个处理器包括具有唯一地址计数的处理器间通信(IPC)硬件单元。 在指定的IPC硬件单元中的地址计数发生器产生二进制计数号序列,使得当生成的计数号与IPC硬件单元的地址匹配时,那个特定硬件单元及其相关处理器被授予总线访问时间段 用于将IPC网络总线上的消息发送到其他处理器。 IPC网络总线上的消息可以由IPC硬件单元随时接收,而与生成的计数号无关。 具有总线访问权的任何发送处理器可同时提供多个消息,其中多个消息中的每一个被定向到每个特定处理器用于接收。 因此,一个具有总线访问权限的发送者可以在多个接收器传输到连接处理器的IPC网络总线上进行通信。
    • 7. 发明授权
    • Mini cache operational module for enhancement to general cache
    • 迷你缓存操作模块,用于增强一般缓存
    • US5537609A
    • 1996-07-16
    • US547260
    • 1995-10-24
    • Bruce E. WhittakerLeland E. Watson
    • Bruce E. WhittakerLeland E. Watson
    • G06F12/08G11C19/00
    • G06F12/0897
    • A mini-cache module is added to a computer system to increase throughput or may also be added to enhance the functionality of a general cache memory unit. The mini-cache module refills and stores frequently used data words concurrently during processor operations and provides them to the processor, eliminating the need to access a system bus to main memory. A data queue storage stores a data block of words from main memory and makes them available to requests from the main processor (if the requested address matches an address register block in the mini-cache). If an address "hit" occurs, then the mini-cache will prevent any system bus request to main memory and additionally will monitor the system bus for any "Write" operations which might feasibly change the validity of data in the data storage block of the mini-cache. In this case the data stored in the mini-cache is invalidated and cannot be used by the processor.
    • 将微型缓存模块添加到计算机系统以增加吞吐量,或者也可以添加以将微型缓存模块添加到一般高速缓冲存储器单元的功能。 微型缓存模块在处理器操作期间同时补充和存储频繁使用的数据字,并将其提供给处理器,从而无需访问主存储器的系统总线。 数据队列存储器存储来自主存储器的字的数据块,并使其可用于来自主处理器的请求(如果所请求的地址与小型缓存中的地址寄存器块匹配)。 如果发生地址“命中”,则微型缓存将防止对主存储器的任何系统总线请求,并且还将监视系统总线以进行任何“写入”操作,这可能可能改变数据存储块中的数据的有效性 迷你缓存。 在这种情况下,存储在微型缓存中的数据无效,处理器无法使用。