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    • 41. 发明申请
    • ESTIMATING BALL-GRID-ARRAY LONGEVITY IN A COMPUTER SYSTEM
    • 在计算机系统中估计球网阵列长度
    • US20100324882A1
    • 2010-12-23
    • US12490012
    • 2009-06-23
    • Aleksey M. UrmanovAnton A. BougaevDavid K. McElfreshLeoncio D. Lopez
    • Aleksey M. UrmanovAnton A. BougaevDavid K. McElfreshLeoncio D. Lopez
    • G06F9/44
    • H04Q9/00H04Q2209/84
    • A method for generating a service action for a computer system is described. During the method, a longevity index value for a packaging technology (such as solder joints in a BGA) in the computer system is calculated using thermal and vibration telemetry data (which is collected in the computer system) and a longevity model. This longevity model may be based on accelerated failure testing of the packaging technology, field failures of the packaging technology in a group of computer systems (which includes the computer system) and/or thermal and vibration telemetry data for the group of computer systems. Furthermore, using the longevity index value, the service action for the computer system is determined. Based on the longevity index value, remedial action (such as repairs to the computer system) may be scheduled and performed.
    • 描述了一种用于为计算机系统生成服务动作的方法。 在该方法中,使用计算机系统中的热和振动遥测数据(计算机系统中收集)和长寿模型来计算计算机系统中的包装技术(诸如BGA中的焊点)的寿命指数值。 该寿命模型可以基于包装技术的加速故障测试,一组计算机系统(包括计算机系统)中的包装技术的现场故障和/或用于该组计算机系统的热和振动遥测数据。 此外,使用寿命指数值,确定计算机系统的服务动作。 根据寿命指数值,可以安排和执行补救措施(如计算机系统的维修)。
    • 42. 发明授权
    • Selectively mitigating multiple vibration sources in a computer system
    • 选择性地减轻计算机系统中的多个振动源
    • US07761244B2
    • 2010-07-20
    • US11852059
    • 2007-09-07
    • Kenny C. GrossAleksey M. UrmanovKalyanaraman Vaidyanathan
    • Kenny C. GrossAleksey M. UrmanovKalyanaraman Vaidyanathan
    • G06F19/00G11B5/00
    • G11B33/08
    • One embodiment of the present invention provides a system that mitigates the effects of multiple vibration sources on a set of hard disk drives (HDDs) within a computer system. During operation, the system identifies a target HDD in the set of HDDs, wherein the performance of the target HDD is affected by mechanical vibrations. The system also identifies one or more primary vibration sources from the multiple vibration sources that affect the performance of the target HDD. Next, for each of the primary vibration sources, the system measures a first time-domain signal associated with the operation of the primary vibration source using a first vibration transducer associated with the primary vibration source. The system also measures a second time-domain signal associated with the target HDD using a second vibration transducer associated with the target HDD. Next, for each of the primary vibration sources, the system then computes a cross-power-spectral-density (CPSD) between the first and the second time-domain signals. The system then selectively mitigates the primary vibration sources based on the CPSDs between the primary vibration sources and the target HDD.
    • 本发明的一个实施例提供一种减轻多个振动源对计算机系统内的一组硬盘驱动器(HDD)的影响的系统。 在操作期间,系统识别该组HDD中的目标HDD,其中目标HDD的性能受到机械振动的影响。 该系统还识别影响目标HDD性能的多个振动源的一个或多个主要振动源。 接下来,对于每个主振动源,系统使用与主振动源相关联的第一振动换能器来测量与主振动源的操作相关联的第一时域信号。 该系统还使用与目标HDD相关联的第二振动传感器来测量与目标HDD相关联的第二时域信号。 接下来,对于每个主振动源,系统然后计算第一和第二时域信号之间的交叉功率谱密度(CPSD)。 然后,该系统基于主振动源和目标HDD之间的CPSD选择性地减轻主振动源。
    • 47. 发明申请
    • SELECTIVELY MITIGATING MULTIPLE VIBRATION SOURCES IN A COMPUTER SYSTEM
    • 在计算机系统中选择性地减轻多个振动源
    • US20090067080A1
    • 2009-03-12
    • US11852059
    • 2007-09-07
    • Kenny C. GrossAleksey M. UrmanovKalyanaraman Vaidyanathan
    • Kenny C. GrossAleksey M. UrmanovKalyanaraman Vaidyanathan
    • G11B15/18
    • G11B33/08
    • One embodiment of the present invention provides a system that mitigates the effects of multiple vibration sources on a set of hard disk drives (HDDs) within a computer system. During operation, the system identifies a target HDD in the set of HDDs, wherein the performance of the target HDD is affected by mechanical vibrations. The system also identifies one or more primary vibration sources from the multiple vibration sources that affect the performance of the target HDD. Next, for each of the primary vibration sources, the system measures a first time-domain signal associated with the operation of the primary vibration source using a first vibration transducer associated with the primary vibration source. The system also measures a second time-domain signal associated with the target HDD using a second vibration transducer associated with the target HDD. Next, for each of the primary vibration sources, the system then computes a cross-power-spectral-density (CPSD) between the first and the second time-domain signals. The system then selectively mitigates the primary vibration sources based on the CPSDs between the primary vibration sources and the target HDD.
    • 本发明的一个实施例提供一种减轻多个振动源对计算机系统内的一组硬盘驱动器(HDD)的影响的系统。 在操作期间,系统识别该组HDD中的目标HDD,其中目标HDD的性能受到机械振动的影响。 该系统还识别影响目标HDD性能的多个振动源的一个或多个主要振动源。 接下来,对于每个主振动源,系统使用与主振动源相关联的第一振动换能器来测量与主振动源的操作相关联的第一时域信号。 该系统还使用与目标HDD相关联的第二振动传感器来测量与目标HDD相关联的第二时域信号。 接下来,对于每个主振动源,系统然后计算第一和第二时域信号之间的交叉功率谱密度(CPSD)。 然后,该系统基于主振动源和目标HDD之间的CPSD选择性地减轻主振动源。
    • 48. 发明申请
    • METHOD AND APPARATUS FOR SENSING AND CONTROLLING FAN SPEED
    • 用于感应和控制风扇速度的方法和装置
    • US20090015241A1
    • 2009-01-15
    • US11776715
    • 2007-07-12
    • Kenny C. GrossAleksey M. Urmanov
    • Kenny C. GrossAleksey M. Urmanov
    • G01P3/48
    • G01P3/48
    • One embodiment of the present invention provides a system that determines fan speeds for a set of fans in a computer system. During operation, the system receives time-series data collected by a vibration transducer associated with the computer system, wherein the vibration transducer is configured to record mechanical vibrations from the set of fans. Next, the system performs a spectral analysis on the time-series data to obtain frequency peaks associated with fan speeds for individual fans in the set of fans. The system then identifies fan speeds for the individual fans in the set of fans from the frequency peaks.
    • 本发明的一个实施例提供一种确定计算机系统中的一组风扇的风扇速度的系统。 在操作期间,系统接收由与计算机系统相关联的振动传感器收集的时间序列数据,其中振动传感器被配置为记录来自该组风扇的机械振动。 接下来,系统对时间序列数据进行频谱分析,以获得与该组风扇中的各个风扇相关联的风扇速度的频率峰值。 系统然后从频率峰值中识别该组风扇中的各个风扇的风扇速度。