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    • 33. 发明授权
    • Object collaboration apparatus
    • 对象协作设备
    • US06988272B1
    • 2006-01-17
    • US09407307
    • 1999-09-29
    • Tadashige IwaoMakoto OkadaYuji Wada
    • Tadashige IwaoMakoto OkadaYuji Wada
    • G06F9/46
    • G06Q10/10G06Q40/04
    • An object collaboration apparatus is driven by a message action relation, and can dynamically build a collaboration between objects using a bidding system. A task initiator object circulates a requesting message, indicating the service content that the task initiator object wants to request, on a shared communication channel 504, and this requesting message is received by each service object. If an action that is a reaction to the message is listed in a reaction table 703 stored by the service objects, the service objects create and return a bidding message, which includes a bidding value, for example the CPU load ratio, with the bidding portion 707. An arbitrating portion of the initiator object receives all bidding messages in a certain period of time, and, in consideration of parameters such as the bidding value and the communication time between objects, determines and awards the bid to the bid-winning object. Then, it sends out the requested processing information together with the bid awarding message. The bid-winning object processes the requested task with an action execution portion 704.
    • 对象协作装置由消息动作关系驱动,并且可以使用出价系统动态地建立对象之间的协作。 任务发起者对象在共享通信信道504上循环指示该任务发起者对象想要请求的服务内容的请求消息,并且该请求消息被每个服务对象接收。 如果对服务对象存储的反应表703中列出了对消息的反应的动作,则服务对象创建并返回包括投标价值(例如CPU负载率)的投标消息与投标部分 707.启动器对象的仲裁部分在一定时间段内接收所有招标信息,考虑到投标价值和对象之间的通信时间等参数,确定并对投标对象进行投标。 然后,发出请求的处理信息和投标授标信息。 中标对象用动作执行部分704来处理所请求的任务。
    • 34. 发明申请
    • Method and apparatus for testing a memory device in quasi-operating conditions
    • 用于在准操作条件下测试存储器件的方法和装置
    • US20050193274A1
    • 2005-09-01
    • US11107896
    • 2005-04-18
    • Hideyuki AokiTakeshi WadaMasaaki NambaNoboru UchidaShigeki KatsumiYuji WadaMasaaki Mochiduki
    • Hideyuki AokiTakeshi WadaMasaaki NambaNoboru UchidaShigeki KatsumiYuji WadaMasaaki Mochiduki
    • G01R31/28G06F12/16G11C29/56G06F11/00
    • G11C29/56
    • A memory test system can screen objects of tests accurately at low cost in quasi-operating conditions by utilizing a personal computer. The system utilizes a PC tester comprising a measurement PC unit that carries a memory module to be used as reference; a signal distribution unit for distributing the signal taken out from the measurement PC unit; a plurality of PFBs mounted with respective objected products to be observed simultaneously by using the signals distributed by the signal distribution unit; a display panel for displaying the current status of the test that is being conducted; a power source for producing the operating voltage of the system; and a control PC for controlling the selection of test parameters and various analytical operations. The PC tester is adapted to take out the signal from the chip set LSI on the PC mother board in the measurement PC unit to the individual memories on the memory module or the memory module per se and test them in quasi-operating conditions.
    • 记忆测试系统可以通过使用个人计算机在准操作条件下以低成本准确地屏蔽测试对象。 该系统利用包括测量PC单元的PC测试器,该单元携带用作参考的存储器模块; 信号分配单元,用于分配从测量PC单元取出的信号; 通过使用由信号分配单元分配的信号同时观察安装有相应对象产品的多个PFB; 用于显示正在进行的测试的当前状态的显示面板; 用于产生系统的工作电压的电源; 以及用于控制测试参数和各种分析操作的选择的控制PC。 PC测试器适于将测量PC单元中的PC母板上的芯片组LSI的信号从存储器模块或存储器模块本身的各个存储器中取出,并在准工作条件下进行测试。
    • 39. 发明授权
    • Similarity calculation apparatus
    • 相似度计算装置
    • US08868583B2
    • 2014-10-21
    • US13007921
    • 2011-01-17
    • Shinya KitajimaAtsuji SekiguchiHiroshi OtsukaYuji WadaYasuhide Matsumoto
    • Shinya KitajimaAtsuji SekiguchiHiroshi OtsukaYuji WadaYasuhide Matsumoto
    • G06F17/30
    • G06F17/30495G06F17/30533G06F17/30566G06F17/30575
    • A relationship-information storage unit stores relationships between configuration items. The configuration items belong to an information system and are stored in multiple databases. A first counting unit compares, across the databases, attribute values of one configuration item in each of the databases, thereby counting a matching-attribute-value count. A second counting unit identifies a configuration item having a relationship with the one configuration item, for which the first counting unit counts the matching-attribute-value count, by referring to the relationship-information storage unit. Then, the second counting unit compares, across the databases, attribute values of the identified configuration items to count a matching-attribute-value count. A similarity calculation unit calculates similarity between the configuration items, based on the matching-attribute-value count counted by the first counting unit and the matching-attribute-value count counted by the second counting unit.
    • 关系信息存储单元存储配置项之间的关系。 配置项属于信息系统,存储在多个数据库中。 第一计数单元在数据库中比较每个数据库中的一个配置项的属性值,从而对匹配属性值计数进行计数。 第二计数单元通过参照关系信息存储单元来识别与第一计数单元对匹配属性值计数进行计数的一个配置项的关系的配置项。 然后,第二计数单元跨数据库比较所识别的配置项的属性值,以对匹配属性值计数进行计数。 相似度计算单元基于由第一计数单元计数的匹配属性值计数和由第二计数单元计数的匹配属性值计数,来计算配置项之间的相似度。