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    • 72. 发明授权
    • Virtual PCI device apparatus and method
    • 虚拟PCI设备及方法
    • US06823418B2
    • 2004-11-23
    • US09896395
    • 2001-06-29
    • Brian K. LangendorfVarghese George
    • Brian K. LangendorfVarghese George
    • G06F1300
    • G06F13/105
    • Virtual PCI bus appears from the perspective of a computer program to be a part of a physical hierarchical PCI bus structure residing behind a host-to-PCI bridge. Devices that are physically located on the host bus side of the host-to-PCI bridge may appear as virtual devices residing on the virtual PCI bus allowing the physical devices to participate in device independent initialization and system resource allocation generally available only to PCI compliant devices. Processor initiated host bus cycles targeted to the virtual PCI device may be intercepted and redirected to the physical device.
    • 虚拟PCI总线从计算机程序的角度出现,成为位于主机到PCI桥后面的物理分层PCI总线结构的一部分。 物理上位于主机到PCI桥接器主机总线侧的设备可以显示为位于虚拟PCI总线上的虚拟设备,允许物理设备参与独立于设备的初始化和通常仅适用于PCI兼容设备的系统资源分配 。 针对虚拟PCI设备的处理器发起的主机总线周期可能会被拦截并重定向到物理设备。
    • 76. 发明授权
    • Dynamically changing the performance of devices in a computer platform
    • 动态地改变计算机平台中设备的性能
    • US06704877B2
    • 2004-03-09
    • US09751530
    • 2000-12-29
    • Leslie E. ClineVarghese GeorgeDavid Wyatt
    • Leslie E. ClineVarghese GeorgeDavid Wyatt
    • G06F100
    • G06F9/30101G06F1/3203
    • A device controller can have multiple device performance states (DPS), which represent different levels of performance vs. power consumption during operation. The device controller can include a DPS status register that can be read by a processor, to indicate the current DPS, and a DPS control register that can be written by the processor, to change the current DPS to a desired DPS. The controller may also have a processor performance state (PPS) status register which can be used to affect the desired choice of DPS based on the performance state of the processor. Each of the registers can be accessed by the device driver for that device controller. The DPS of multiple devices can be coordinated to achieve an improved system-level reduction in power consumption, while maintaining sufficient operational capability.
    • 设备控制器可以具有多个设备性能状态(DPS),其表示不同的性能水平与操作期间的功率消耗。 设备控制器可以包括可由处理器读取,指示当前DPS的DPS状态寄存器和可由处理器写入的DPS控制寄存器,以将当前DPS改变为期望的DPS。 控制器还可以具有处理器性能状态(PPS)状态寄存器,其可以用于基于处理器的性能状态影响DPS的期望选择。 每个寄存器都可以由该设备控制器的设备驱动程序访问。 可以协调多个设备的DPS,以在维持足够的操作能力的同时实现功率消耗的系统级降低。
    • 77. 发明授权
    • Method and apparatus for processor bypass path to system memory
    • 用于处理器旁路路径到系统存储器的方法和装置
    • US06636939B1
    • 2003-10-21
    • US09607537
    • 2000-06-29
    • Varghese George
    • Varghese George
    • G06F1200
    • G06F12/0897G06F12/0811G06F12/0831
    • A memory interface unit is described having a first interface to receive a first request from a processor where the first request has an attribute. The memory interface unit also has a second interface to receive a second request from the processor where the second request does not have the attribute. The memory interface unit also has a third interface to read/write information from/to a system memory. A method is also described that involves forwarding a processor request along a first path to a memory interface unit if the request has one or more attributes; and forwarding the request along a second path to the memory interface unit if the processor request does not have the one or more attributes.
    • 描述了存储器接口单元,其具有第一接口以从处理器接收第一请求,其中第一请求具有属性。 存储器接口单元还具有第二接口,用于从处理器接收第二请求,其中第二请求不具有该属性。 存储器接口单元还具有用于从/向系统存储器读取/写入信息的第三接口。 还描述了一种方法,其涉及如果所述请求具有一个或多个属性,则将处理器请求沿着第一路径转发到存储器接口单元; 以及如果所述处理器请求不具有所述一个或多个属性,则将所述请求沿着第二路径转发到所述存储器接口单元。