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    • 1. 发明申请
    • UNIVERSAL EXTENSIBLE FIRMWARE INTERFACE MODULE IDENTIFICATION AND ANALYSIS
    • 通用可扩展的固件接口模块识别和分析
    • US20150199517A1
    • 2015-07-16
    • US14598740
    • 2015-01-16
    • Robert Allen Rose
    • Robert Allen Rose
    • G06F21/57G06F21/56
    • G06F21/57G06F21/562G06F21/575G06F2221/033G06F2221/034
    • The present disclosure provides a network architecture and verification platform for analyzing the various modules of a Unified Extensible Firmware Interface (UEFI) firmware image. In one embodiment, the disclosed network architecture and verification platform obtains various UEFI firmware images, such as UEFI firmware image residing on a client device or a UEFI firmware image hosted by a hardware manufacturer. The network architecture and verification platform may then segregate the various UEFI firmware modules that make up the UEFI firmware image, and subject the modules to different types of analysis. By analyzing the UEFI firmware modules individually, the network architecture and verification platform builds a repository of Globally Unique Identifiers (GUIDs) referenced by a given UEFI firmware module, which may then be referenced in future analyses to determine whether any changes, and the extent of such changes, have been made to an updated version of the given UEFI firmware module.
    • 本公开提供了一种用于分析统一可扩展固件接口(UEFI)固件映像的各种模块的网络架构和验证平台。 在一个实施例中,所公开的网络架构和验证平台获得各种UEFI固件映像,例如驻留在客户端设备上的UEFI固件映像或由硬件制造商托管的UEFI固件映像。 然后,网络架构和验证平台可以分离构成UEFI固件映像的各种UEFI固件模块,并使模块进行不同类型的分析。 通过单独分析UEFI固件模块,网络架构和验证平台构建了由给定的UEFI固件模块引用的全局唯一标识符(GUID)的存储库,然后可以在将来的分析中引用它,以确定是否存在任何更改 已经对给定的UEFI固件模块的更新版本进行了这种改变。
    • 5. 发明申请
    • Time division multiplexed optical measuring system
    • 时分复用光学测量系统
    • US20050062460A1
    • 2005-03-24
    • US10931446
    • 2004-09-01
    • Jame BlakeFarnoosh RahmatianAllen Rose
    • Jame BlakeFarnoosh RahmatianAllen Rose
    • G01R15/24G01R31/00
    • G01D5/268G01R15/247H04Q9/00
    • A time division multiplexed optical voltage measuring system includes an optical voltage sensing system module including, (i) a plurality of optical sensors where each sensor is responsive to an input interrogation light wave, and (ii) one or more optical outputs affected by sensed electric field thereat. The optical voltage sensing system module includes an optical circuit arrangement having (i) an input for receiving a module specific pulsed light wave derived from a primary pulsed light wave from a remote light source, and (ii) arranged such that each of the plurality of optical sensors receives an interrogation pulsed light wave. The optical circuit arrangement of the optical voltage sensing system module further includes at least one optical wave combiner for combining like-kind of outputs from all of the plurality of optical sensors. The optical circuit is arranged such that the pulsed light waves from the outputs of different optical sensors arrive at the optical wave combiner at differing times. In turn, the output of the combiner is passed to a detector and signal processor at a remote location for signal processing, and providing a measurement of the voltage intended to be measured. In a specific embodiment, each voltage sensing modules is arranged integral with a high voltage insulator column of a multi-phase power line system.
    • 时分复用光电压测量系统包括光电压检测系统模块,该光电压检测系统模块包括:(i)多个光学传感器,其中每个传感器响应于输入询问光波,以及(ii)一个或多个受感测电 在那里 光电压检测系统模块包括光电路装置,该光电路装置具有:(i)用于接收源自远程光源的主脉冲光波的模块专用脉冲光波的输入,以及(ii)布置成使得多个 光学传感器接收询问脉冲光波。 光电压检测系统模块的光电路布置还包括至少一个光波组合器,用于组合来自所有多个光学传感器的类似类型的输出。 光路布置成使得来自不同光学传感器的输出的脉冲光波在不同时间到达光波合成器。 反过来,组合器的输出又传递到远程位置处的检测器和信号处理器进行信号处理,并提供要测量的电压的测量值。 在具体实施例中,每个电压感测模块与多相电力线系统的高压绝缘子列一体化。
    • 6. 发明授权
    • Selective routing of data in a multi-level memory architecture based on source identification information
    • 基于源标识信息在多级存储器体系结构中选择性地选择数据
    • US06314500B1
    • 2001-11-06
    • US09228314
    • 1999-01-11
    • James Allen Rose
    • James Allen Rose
    • G06F1200
    • G06F12/0813
    • A data processing system, circuit arrangement, integrated circuit device, program product, and method utilize source identification information to selectively route data to different memory sources in a shared memory system. This permits, for example, data to be routed to only a portion of the memory sources associated with a given requester, thereby reducing the bandwidth to other memory sources and reducing overall latencies within the system. Among other possible information, the source identification information may include an identification of which memory source and/or which level of memory is providing the requested data, and/or an indication of what processor/requester and/or what type of instruction last modified the requested data.
    • 数据处理系统,电路布置,集成电路设备,程序产品和方法利用源标识信息来选择性地将数据路由到共享存储器系统中的不同存储器源。 这允许例如将数据路由到仅与给定请求者相关联的一部分存储器源,从而减少对其他存储器源的带宽并减少系统内的总延迟。 在其他可能的信息中,源识别信息可以包括哪个存储器源和/或哪个级别的存储器提供所请求的数据的标识,和/或什么处理器/请求者和/或上一次修改什么类型的指令的指示 请求的数据。