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    • 42. 发明申请
    • Portable Electronic Device, Control Method and Program
    • 便携式电子设备,控制方法和程序
    • US20110181512A1
    • 2011-07-28
    • US13014826
    • 2011-01-27
    • Masato HarikaeMasayuki Takayama
    • Masato HarikaeMasayuki Takayama
    • G06F3/02
    • G06F3/0233
    • The present invention provides a portable electronic device which can achieve a further improvement in operability. When operations are detected by a plurality of different operation detecting units within a predetermined time interval, a controlling unit receives as input the letters assigned to each of the plurality of different operation detecting units that detect the operations, and performs predetermined processing on data related to the letters inputted.On the other hand, when operations are detected by a plurality of different operation detecting units outside a predetermined time interval, the controlling unit receives as input the letters assigned to each of the plurality of different operation detecting units that detect the operations, and does not perform predetermined processing on data related to the letters inputted.
    • 本发明提供一种能够进一步提高可操作性的便携式电子设备。 当在预定时间间隔内由多个不同的操作检测单元检测到操作时,控制单元接收分配给检测操作的多个不同操作检测单元中的每一个的字母作为输入,并且对与 输入的字母 另一方面,当在预定时间间隔之外由多个不同的操作检测单元检测到操作时,控制单元接收分配给检测操作的多个不同操作检测单元中的每个的字母作为输入,而不是 对与输入的字母相关的数据执行预定处理。
    • 44. 发明授权
    • Reliability evaluation system, reliability evaluating method, and reliability evaluation program for information system
    • 信息系统的可靠性评估系统,可靠性评估方法和可靠性评估程序
    • US07730363B2
    • 2010-06-01
    • US11576395
    • 2005-09-30
    • Nobuhisa TakezawaKatsuhiko NakaharaYuuji UenoharaMasayuki TakayamaHiroaki Okuda
    • Nobuhisa TakezawaKatsuhiko NakaharaYuuji UenoharaMasayuki TakayamaHiroaki Okuda
    • G06F11/00
    • G06F11/008G05B23/0248G06Q30/0283
    • A system includes an input unit (2) to which failure information corresponding to failure modes of constituents indicating software and hardware, a system configuration information and a standard value of system availability are inputted, a producing unit (32) producing a fault tree based on the system configuration information, a calculating unit (34) calculating unavailability corresponding to the failure modes based on a result of analyzing the failure information, and calculating system availability based on the calculated unavailability and the fault tree, a determining unit (35) determining whether the system availability meets the standard value, an extracting unit (36) extracting a basic event related to an increase in the system availability when the system availability is determined to be below the standard value, and resetting units (38, 39) resetting new unavailability and the like based on whether it is possible to reduce the unavailability of the extracted basic event.
    • 一种系统,包括:输入单元(2),输入对应于指示软件和硬件的组件的故障模式的故障信息,系统配置信息和系统可用性的标准值;生成单元(32),其基于 系统配置信息,计算单元(34),基于分析失败信息的结果来计算与故障模式对应的不可用性,以及基于计算出的不可用性和故障树来计算系统可用性;确定单元(35),确定是否 系统可用性满足标准值;提取单元(36),当系统可用性被确定为低于标准值时,提取与系统可用性增加相关的基本事件;以及重设单元(38,39),其重置新的不可用性 基于是否可以减少提取的基本事件的不可用性等。