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    • 5. 发明申请
    • APPARATUS, SYSTEM, AND METHOD FOR TRANSPARENT ETHERNET LINK PAIRING
    • 用于透明以太网链路配对的装置,系统和方法
    • US20100138567A1
    • 2010-06-03
    • US12326570
    • 2008-12-02
    • Jeffrey D. HaggarMaurice Isrel, JR.Bruce H. RatcliffJerry W. StevensEdward Zebrowski, JR.
    • Jeffrey D. HaggarMaurice Isrel, JR.Bruce H. RatcliffJerry W. StevensEdward Zebrowski, JR.
    • G06F3/00G06F15/16
    • H04L69/40H04L69/14H04L69/32
    • A solution for reducing latency in a host computing device communicating with network-attached devices over a network. The host includes two network adapters that each support bidirectional communications with the host. The solution includes a dual module that represents the two network adapters as a single logical interface to both the host and the network-attached devices. An inbound module directs inbound data sent to the interface by the devices through one of the network adapters, while an outbound module directs outbound data sent to the interface by the host through the other. In one embodiment, the outbound module is responsible for intercepting data sent to the interface and sending it through the network adapter dedicated to outbound communications. The solution also includes a mode module to enable the latency reduction apparatus, and a collapse module that enables bidirectional communications through the remaining network adapter if a network adapter fails.
    • 一种用于减少主机计算设备中通过网络与网络连接设备进行通信的延迟的解决方案。 主机包括两个网络适配器,每个网络适配器都支持与主机的双向通信。 该解决方案包括一个双模块,将两个网络适配器表示为主机和连接网络的设备的单一逻辑接口。 入站模块通过其中一个网络适配器指导设备发送到接口的入站数据,而出站模块通过另一个指导主机发送到接口的出站数据。 在一个实施例中,出站模块负责拦截发送到接口的数据,并通过专用于出站通信的网络适配器发送数据。 解决方案还包括一个模块模块,用于启用延迟减少装置,以及一个崩溃模块,如果网络适配器发生故障,则能够通过剩余的网络适配器实现双向通信。
    • 10. 发明授权
    • Establishing synchronization of hardware and software I/O configuration
definitions
    • 建立硬件和软件I / O配置定义的同步
    • US5257379A
    • 1993-10-26
    • US754813
    • 1991-09-04
    • Richard CwiakalaJeffrey D. HaggarCharles E. ShapleyTimothy J. SpewakDavid E. StuckiHarry M. Yudenfriend
    • Richard CwiakalaJeffrey D. HaggarCharles E. ShapleyTimothy J. SpewakDavid E. StuckiHarry M. Yudenfriend
    • G06F11/14G06F15/177G06F3/00G06F13/00
    • G06F11/142G06F15/177G06F2201/865
    • A data processing I/O system having a main storage for storing data including a software configuration definition and data processing instructions arranged in programs including an operating system, a storage device for storing I/O definition files including hardware configuration information, a processor controller for containing the hardware configuration information, and a hardware storage area (HSA) connected to the processor controller for storing a hardware configuration definition. A hardware configuration definition program (HCD) builds I/O definition files (IODFs), each IODF containing at least one I/O processor configuration definition. Each processor I/O configuration definition has a hardware token for identification. The hardware configuration information for an I/O processor configuration definition, along with a copy of its hardware token, is transferred to the processor controller by an I/O configuration program (IOCP), and a hardware configuration definition is established in the HSA. The copy of the hardware token may be fetched from the HSA and compared to hardware token of the configuration definition used to establish the software configuration definition in the main storage to determine that the software and hardware configuration definitions are synchronized. If the software and hardware configuration definitions are synchronized, dynamic changes may be made to the hardware configuration definition in the HSA. A program parameter is provided to store recovery information such that if a failure occurs during a dynamic change, the previous hardware I/O configuration may be recovered or subsequent changes can be made from the point of failure.
    • 一种数据处理I / O系统,具有用于存储包括软件配置定义的数据的主存储器和布置在包括操作系统的程序中的数据处理指令,用于存储包括硬件配置信息的I / O定义文件的存储装置,用于 包含硬件配置信息,以及连接到处理器控制器的硬件存储区域(HSA),用于存储硬件配置定义。 硬件配置定义程序(HCD)构建I / O定义文件(IODF),每个IODF至少包含一个I / O处理器配置定义。 每个处理器的I / O配置定义都有一个用于识别的硬件令牌。 I / O处理器配置定义的硬件配置信息及其硬件令牌的副本通过I / O配置程序(IOCP)传输到处理器控制器,并在HSA中建立硬件配置定义。 可以从HSA中取出硬件令牌的副本,并与用于在主存储器中建立软件配置定义的配置定义的硬件令牌进行比较,以确定软件和硬件配置定义是否同步。 如果软件和硬件配置定义是同步的,则可以对HSA中的硬件配置定义进行动态更改。 提供程序参数以存储恢复信息,使得如果在动态变化期间发生故障,则可以恢复先前的硬件I / O配置或者可以从故障点进行后续的改变。