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    • 6. 发明申请
    • DETECTING GAME PLAY-STYLE CONVERGENCE AND CHANGING GAMES
    • 检测游戏玩家风格和变化游戏
    • US20130344940A1
    • 2013-12-26
    • US13533774
    • 2012-06-26
    • Shuichi KURABAYASHINaofumi YOSHIDAKosuke TAKANO
    • Shuichi KURABAYASHINaofumi YOSHIDAKosuke TAKANO
    • A63F9/24G06F19/00
    • A63F13/47A63F13/35A63F13/822A63F2300/535
    • Gaming technologies for detecting convergence in game play and then changing a game to overcome or inhibit convergence are generally described. In one example, a representative gaming method can include: providing a game simultaneously to a plurality of computing devices; identifying a game scenario type that includes game tests provided to the computing devices; obtaining game actions from the computing devices in response to the game tests; determining a convergence of the game actions across the computing devices that pass the game tests; and changing the game tests of the game scenario type such that the game actions of the convergence fail the changed game tests. The game can be a MMORPG, the game scenario can be a battle; the game tests can be opponents; the game actions can be battle actions; and convergence can be repeated game action patterns that defeat opponents in the battles.
    • 通常描述用于检测游戏中的收敛,然后改变游戏来克服或抑制会聚的游戏技术。 在一个示例中,代表性的游戏方法可以包括:向多个计算设备同时提供游戏; 识别包括提供给所述计算设备的游戏测试的游戏场景类型; 响应于游戏测试从计算设备获取游戏动作; 确定通过游戏测试的计算设备之间的游戏动作的收敛; 并且改变游戏场景类型的游戏测试,使得收敛的游戏动作不能改变游戏测试。 游戏可以是MMORPG,游戏场景可以是一场战斗; 游戏测试可以是对手; 游戏动作可以是战斗动作; 并且可以重复在战斗中打败对手的游戏动作模式。
    • 7. 发明授权
    • Health check system, health check apparatus and method thereof
    • 健康检查系统,健康检查装置及其方法
    • US08583452B2
    • 2013-11-12
    • US12640967
    • 2009-12-17
    • Kosuke TakanoNaofumi YoshidaShuichi Kurabayashi
    • Kosuke TakanoNaofumi YoshidaShuichi Kurabayashi
    • G06Q10/00G06F3/00
    • A61B5/00G06F19/00G16H40/40G16H50/20
    • Various types of health checks are realized using optimal sensors. The health check apparatus according to the present application is configured such that optimal sensors 160 corresponding to an environment or the like in which an information service is realized out of a plurality of available sensors 160 or sensors 160 available to realize a health check to be delivered are selected. The health check apparatus according to the present application selects appropriate parameters for the sensors 160 and processing programs 286, 300 and 310 so that a health check is appropriately delivered and sets the parameters in the sensors and processing programs. Thus, the health check apparatus according to the present application is configured to be able to deliver various health checks by only receiving specification of a desired information service by the user and thereby appropriately combining various types of sensors and a plurality of processing programs.
    • 使用最佳传感器实现各种健康检查。 根据本申请的健康检查装置被配置为使得对应于其中从多个可用传感器160或传感器160中实现信息服务的环境等的最佳传感器160可用于实现要传送的健康检查 被选中。 根据本申请的健康检查装置为传感器160和处理程序286,3300和310选择适当的参数,使得健康检查被适当地传递并且设置传感器和处理程序中的参数。 因此,根据本申请的健康检查装置被配置为能够仅通过用户接收期望的信息服务的指定来进行各种健康检查,从而适当地组合各种类型的传感器和多个处理程序。
    • 10. 发明申请
    • PROCESS MANAGEMENT IN A MULTI-CORE ENVIRONMENT
    • 多核环境中的过程管理
    • US20120319965A1
    • 2012-12-20
    • US13388663
    • 2011-06-16
    • Shuichi KurabayashiNaofumi YoshidaKosuke Takano
    • Shuichi KurabayashiNaofumi YoshidaKosuke Takano
    • G09G5/00G06F3/041
    • G06F9/5088
    • Technologies are generally described for an intuitive process management mechanism in a multi-core environment. An example electronic device may include a processor with a first core and a second core, an operating system, a process-core assignment module operatively coupled to the operating system, and a graphical user interface system operatively coupled to the process-core assignment module and configured to provide a first display screen and a second display screen, the first display screen and the second display screen being associated with the first core and the second core, respectively. An example method for the electronic device may include: displaying a graphical element associated with a process of an application program on the first display screen, wherein the process is executed by the first core; detecting a movement of the graphical element from the first display screen to the second display screen; and assigning the process to the second core.
    • 技术通常被描述为在多核环境中直观的流程管理机制。 示例性电子设备可以包括具有第一核心和第二核心的处理器,操作系统,可操作地耦合到操作系统的过程核心分配模块,以及可操作地耦合到过程核心分配模块的图形用户界面系统,以及 被配置为提供第一显示屏和第二显示屏,所述第一显示屏和所述第二显示屏分别与所述第一内核和所述第二内核相关联。 电子设备的示例性方法可以包括:在第一显示屏上显示与应用程序的处理相关联的图形元素,其中该处理由第一核执行; 检测图形元素从第一显示屏幕到第二显示屏幕的移动; 并将该过程分配给第二核。