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    • 3. 发明授权
    • System and method for predicting design errors in integrated circuits
    • 用于预测集成电路设计误差的系统和方法
    • US06584455B1
    • 2003-06-24
    • US09460829
    • 1999-12-14
    • Amir Hekmatpour
    • Amir Hekmatpour
    • G06N500
    • G06F17/5022
    • The present invention is embodied in a system and method for predicting design errors, such as errors in integrated circuit design. The system and method of the present invention use a probabilistic model, such as a Bayesian Belief Network (BBN), to predict design errors at any point in the design process by using information about the current design in combination with historical design error data from previous designs. Prediction of design errors is based on a probabilistic comparison of conditions or error symptoms in the current design, to similar or identical conditions or error symptoms associated with design errors identified in prior designs. In addition, the system and method of the present invention is capable of rolling forward in a design from the point where conditions or error symptoms are predicted to analyze the effect such conditions or symptoms may have on the overall design functionality and performance, and whether such conditions and symptoms are actually caused by or will produce design errors. In other words, the system and method of the present invention predicts known errors that have a probabilistic chance of occurring under known conditions and during known tasks, new errors with a probabilistic chance of occurring due to new conditions during a known task, and new errors that have a probabilistic chance of occurring due to new errors that have already happened or have already been predicted.
    • 本发明体现在用于预测设计错误的系统和方法中,例如集成电路设计中的错误。 本发明的系统和方法使用诸如贝叶斯信念网络(BBN)之类的概率模型来预测设计过程中任何一点的设计误差,通过使用关于当前设计的信息以及来自先前的历史设计误差数据 设计。 设计错误的预测是基于当前设计中的条件或错误症状与现有设计中识别的设计错误相似或相同的条件或错误症状的概率比较。 此外,本发明的系统和方法能够从预期的条件或误差症状的角度在设计中向前滚动,以分析这些条件或症状对整体设计功能和性能的影响,以及是否这样 条件和症状实际上是由或将会产生设计错误。 换句话说,本发明的系统和方法预测在已知条件下和在已知任务期间具有发生概率机会的已知错误,由于在已知任务期间的新条件而出现概率机会的新错误和新错误 由于已经发生或已经预测的新错误,它们具有发生概率的机会。
    • 7. 发明授权
    • Agent system and information processing method for such system
    • 这种系统的代理系统和信息处理方法
    • US06668249B1
    • 2003-12-23
    • US09227338
    • 1999-01-08
    • Naoki KaseMasanori HattoriKenta Cho
    • Naoki KaseMasanori HattoriKenta Cho
    • G06N500
    • G06N5/043G06F9/4862
    • Disclosed is a technology relating to an agent system for generating an excellent plan. A script can be freely described by individually storing an action definition and the script without any limitation due to a language form of the action definition. Constructing as one of agent functions an update of knowledge using information acquired by execution, removes the necessity for the description of operations relating to an update in the plan. Diversification of contents of a re-planning enhances a flexibility of the operations by an agent. Furthermore, when the agent moves among nodes, both of the agent and the node decide reliabilities of nodes to and from which the agent moves, so that a safety of information processing is improved. By preserving information used for restoring the agent at the time of the move of the agent, the agent having interrupted its action due to trouble can resume the action.
    • 公开了与用于产生优秀计划的代理系统有关的技术。 可以通过单独地存储动作定义和脚本而不受限于动作定义的语言形式的脚本来自由地描述脚本。 作为代理功能之一,使用执行获取的信息进行知识更新,消除了与计划中更新相关的操作的描述的必要性。 重新规划内容的多样化增强了代理人的操作灵活性。 此外,当代理在节点之间移动时,代理和节点都决定代理移动到的节点的可靠性,从而提高信息处理的安全性。 通过保留在代理人移动时用于恢复代理的信息,由于故障而中断其动作的代理可以恢复该动作。
    • 8. 发明授权
    • Automatic invocation of computational resources without user intervention across a network
    • 自动调用计算资源,无需用户干预网络
    • US06633861B2
    • 2003-10-14
    • US09916158
    • 2001-07-25
    • Peter HartJamey Graham
    • Peter HartJamey Graham
    • G06N500
    • G06F11/2257G06F9/453G06N5/02Y10S707/99933
    • A system is described for automatically invoking computational resources without intervention or request from a user of the system. The computational resources may operating by searching across a network, or may themselves be located across a network. In the system a query-free information retrieval system is described in which the exact technical documentation contained in existing user or other technical manuals is provided to a user investigating apparatus having a fault. The user enters symptoms based upon the user's analysis of the apparatus, and in response the system provides information concerning likely faults with the apparatus. As the symptoms are entered, the relative value of individual faults is determined and related to the symptoms they cause. The user can then select technical information relating to probable faults in the system.
    • 描述了一种系统,用于自动调用计算资源而无需干预或来自系统用户的请求。 计算资源可以通过在网络上搜索来操作,或者它们本身可以位于网络上。 在该系统中,描述了一种无查询信息检索系统,其中将现有用户或其他技术手册中包含的确切技术文档提供给具有故障的用户调查设备。 用户根据用户对该装置的分析而输入症状,并且作为响应,系统提供关于装置可能的故障的信息。 随着症状的进入,单个病变的相对值被确定并与其引起的症状相关。 然后,用户可以选择与系统中可能的故障相关的技术信息。
    • 9. 发明授权
    • Automated category discovery for a terminological knowledge base
    • 用于术语知识库的自动类别发现
    • US06513027B1
    • 2003-01-28
    • US09270319
    • 1999-03-16
    • Joshua PowersJames Conklin
    • Joshua PowersJames Conklin
    • G06N500
    • G06F17/3071G06N5/025
    • A terminological system automatically generates sub-categories from categories of a knowledge base. The knowledge base includes a plurality of hierarchically arranged categories, as well as terms associated with the categories. A subset of the categories of the knowledge base are designated “dimensional categories.” The system also stores a corpus of documents, including themes and corresponding theme weights for each document. A target category is selected to generate sub-categories. A set of themes from the corpus of documents are selected for each term. Dimensional category vectors, one for each term, are generated by associating the set of themes for a term to a dimensional category in the knowledge base. The dimensional category vectors for each term are analyzed to determine if one or more clusters of terminological groups exist to generate new sub-categories. A content processing system, which generates themes and theme weights, is also disclosed.
    • 术语系统自动从知识库的类别生成子类别。 知识库包括多个分层排列的类别,以及与该类别相关联的术语。 知识库类别的一小部分被指定为“维度类别”。 系统还存储文档语料库,包括每个文档的主题和相应的主题权重。 选择目标类别以生成子类别。 从每个术语中选出一组来自文档语料库的主题。 通过将术语的主题集合与知识库中的维度类别相关联来生成维度类别向量,每个术语一个。 分析每个项目的维度类别向量,以确定是否存在一个或多个术语组群,以生成新的子类别。 还公开了一种产生主题和主题权重的内容处理系统。
    • 10. 发明授权
    • Intelligent advisor system and method
    • 智能顾问系统和方法
    • US06473745B2
    • 2002-10-29
    • US09127649
    • 1998-07-31
    • Eric W. DoerrRobert A. CapeChristopher K. BrownellStephen N. ColeJan T. Miksovsky
    • Eric W. DoerrRobert A. CapeChristopher K. BrownellStephen N. ColeJan T. Miksovsky
    • G06N500
    • G06F9/453
    • A method and system for providing intelligent advice to a user. An architecture is described wherein trigger points are placed in an application program, and an advice engine invoked by the application when a trigger point is reached. The advice engine obtains information such as a user's application data, and uses the data to test it against a number of conditions for that trigger point. For each condition met, the advice engine retrieves an advice template for providing advice corresponding to the condition, and based on information in the template versus display state information, decides whether to queue the advice for subsequent display to the user. A display process displays the queued advice according to a priority setting maintained in the template.
    • 一种向用户提供智能建议的方法和系统。 描述了其中触发点被放置在应用程序中的架构,以及当达到触发点时由应用调用的通知引擎。 通知引擎获取诸如用户应用数据之类的信息,并且使用该数据来针对该触发点的若干条件进行测试。 对于满足的每个条件,通知引擎检索用于提供与条件相对应的建议的建议模板,并且基于模板中的信息与显示状态信息,决定是否将用于后续显示的建议排队给用户。 显示过程根据模板中保存的优先级设置显示排队的建议。