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    • 4. 发明授权
    • Next alternative generating apparatus using simulated annealing and
method thereof
    • 下一个使用模拟退火的替代发电装置及其方法
    • US6052677A
    • 2000-04-18
    • US959296
    • 1997-10-24
    • Ryusuke MasuokaHironobu Kitajima
    • Ryusuke MasuokaHironobu Kitajima
    • G06F19/00G06F17/00G06F17/50G06Q10/04G06Q50/00G06Q50/06G06N7/08
    • G06F17/5072G06Q10/04Y10S706/92
    • A multi-dimensional Gauss distribution generating portion obtains one vector from a multi-dimensional Gauss probability distribution and outputs it as an initial momentum. An approximated energy function differential generating portion generates a gradient of an approximated energy function. A Hamilton equation integral portion integrates a Hamilton equation using a gradient of an approximated energy function for a predetermined integral period with initial conditions of an initial state and an initial momentum. The result of the integration as the state of the next alternative is output from a next alternative generating apparatus. The state is used with a high probability corresponding to the difference of approximated energy calculated by an approximated energy difference calculating portion and the difference between a value of an original energy in the present state and that in the next state.
    • 多维高斯分布生成部分从多维高斯概率分布获得一个向量,并将其作为初始动量输出。 近似能量函数差分产生部分产生近似能量函数的梯度。 汉密尔顿方程积分部分使用初始状态和初始动量的初始条件的预定积分期间的逼近能量函数的梯度来整合汉密尔顿方程。 作为下一个替代方案的状态的集成的结果从下一个替代生成装置输出。 以与由近似能量差计算部计算出的近似能量差与当前状态下的原始能量与下一状态之间的原始能量的差之间的差的高概率使用该状态。
    • 5. 发明授权
    • Next alternative generating apparatus using simulated annealing and method thereof
    • 下一个使用模拟退火的替代发电装置及其方法
    • US06516307B1
    • 2003-02-04
    • US09514345
    • 2000-02-28
    • Ryusuke MasuokaHironobu Kitajima
    • Ryusuke MasuokaHironobu Kitajima
    • G06F1518
    • G06Q10/04G06F17/5072
    • A multi-dimensional Gaussian distribution generating portion obtains one vector from a multi-dimensional Gaussian probability distribution and outputs it as an initial momentum. An approximated energy function differential generating portion generates a gradient of an approximated energy function. A Hamilton equation integral portion integrates a Hamilton equation using a gradient of an approximated energy function for a predetermined integral period with initial conditions of an initial state and an initial momentum. The result of the integration as the state of the next alternative is output from a next alternative generating apparatus. The state is used with a high probability corresponding to the difference of approximated energy calculated by an approximated energy difference calculating portion and the difference between a value of an original energy in the present state and that in the next state.
    • 多维高斯分布生成部分从多维高斯概率分布获得一个向量,并将其作为初始动量输出。 近似能量函数差分产生部分产生近似能量函数的梯度。 汉密尔顿方程积分部分使用初始状态和初始动量的初始条件的预定积分期间的逼近能量函数的梯度来整合汉密尔顿方程。 作为下一个替代方案的状态的集成的结果从下一个替代生成装置输出。 以与由近似能量差计算部计算出的近似能量差与当前状态下的原始能量与下一状态之间的原始能量的差之间的差的高概率使用该状态。
    • 8. 发明授权
    • Method and apparatus for sharing documents
    • 共享文件的方法和装置
    • US08533469B2
    • 2013-09-10
    • US12623861
    • 2009-11-23
    • Zhexuan SongRyusuke MasuokaJesus Molina
    • Zhexuan SongRyusuke MasuokaJesus Molina
    • H04L29/00
    • G06F21/6218G06F2221/2107
    • A method for securely sharing electronic documents on a document storage system. The method includes receiving an electronic document from a creating user, generating an encryption key unique to the electronic document, encrypting the electronic document using the encryption key to create an encrypted electronic document, and communicating the encrypted electronic document to a document repository for storage/ The method also includes identifying a resource locator for uniquely identifying the storage location of the encrypted electronic document and communicating the encryption key and the resource locator to the creating user. The method also includes receiving the encryption key and the resource locator from a requesting user, retrieving the encrypted electronic document from the document repository using the resource locator, decrypting the encrypted electronic document using the encryption key, and communicating the decrypted electronic document to the requesting user.
    • 一种用于在文件存储系统上安全地共享电子文档的方法。 该方法包括从创建用户接收电子文档,生成电子文档特有的加密密钥,使用加密密钥加密电子文档以创建加密的电子文档,以及将加密的电子文档传送到文档储存库,用于存储/ 该方法还包括识别用于唯一地识别加密电子文档的存储位置并将加密密钥和资源定位符传送给创建用户的资源定位符。 该方法还包括从请求用户接收加密密钥和资源定位符,使用资源定位器从文档库中检索加密的电子文档,使用加密密钥解密加密的电子文档,并将解密的电子文档传送到请求 用户。
    • 9. 发明申请
    • Building Computing Applications Based Upon Metadata
    • 基于元数据构建计算应用
    • US20070266384A1
    • 2007-11-15
    • US11691807
    • 2007-03-27
    • Yannis LabrouRyusuke MasuokaZhexuan SongGuang Huang
    • Yannis LabrouRyusuke MasuokaZhexuan SongGuang Huang
    • G06F9/46
    • G06F8/00
    • Associating a semantic service description (SSD) with a service, wherein the SSD comprises a semantic description of the service, including a semantic description of a parameter of the service, according to a computer interpretable language, and, as a service grounding, a mapping between the computer interpretable language expressing the SSD and an interface, including an interface parameter, of the service. A dynamic composition of a task based upon a user selection of a plurality of known services is supported and a dynamic association of the task with a user interface of an application is supported, based upon associating the task with the user selection of a UI object, a UI display screen, and a UI event for the application.
    • 将语义服务描述(SSD)与服务相关联,其中所述SSD包括所述服务的语义描述,所述语义描述包括所述服务的参数的语义描述,根据计算机可解释语言,并且作为服务接地,映射 在表示SSD的计算机可解释语言和包括接口参数的接口之间。 支持基于多个已知服务的用户选择的任务的动态组合,并且基于将任务与UI对象的用户选择相关联来支持任务与应用的用户界面的动态关联, UI显示屏幕,以及应用程序的UI事件。
    • 10. 发明授权
    • Facilitating agent apparatus and agent system equipped with the same
    • 辅助代理设备和代理系统配备相同
    • US06564196B1
    • 2003-05-13
    • US09466131
    • 1999-12-21
    • Ryusuke Masuoka
    • Ryusuke Masuoka
    • G06F1700
    • G06N5/043
    • In a facilitating agent apparatus, a message processing section and an element processing section replace knowledge transmitted from another agent apparatus by a superior concept, combine the knowledge with another knowledge, transform ontology, or the like, based on meta-knowledge accumulated in a meta-knowledge storing section, and transmit the resulting knowledge to still another agent apparatus. Furthermore, if transmitted knowledge is denied, the message processing section and the element processing section create a message for denying their own knowledge transmitted to another agent apparatus, based on the denied knowledge.
    • 在促进代理装置中,消息处理部分和元素处理部分通过优越的概念来代替从另一代理装置发送的知识,基于在元数据中累积的元知识将知识与其他知识,变换本体等相结合 - 知识存储部分,并将得到的知识传送到另一个代理设备。 此外,如果发送的知识被拒绝,则消息处理部分和元素处理部分基于被拒绝的知识创建用于拒绝其发送到另一代理设备的自己的知识的消息。