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    • 11. 发明申请
    • ROUTING, ALERTING, AND TRANSPORTATION GUIDANCE BASED ON PREFERENCES AND LEARNED OR INFERRED RISKS AND DESIRABILITIES
    • 基于优先权和学习或提出的风险和期望的路由,通知和运输指导
    • US20100332131A1
    • 2010-12-30
    • US12493131
    • 2009-06-26
    • Eric HorvitzJohn Krumm
    • Eric HorvitzJohn Krumm
    • G01C21/00
    • G01C21/3484G01C21/3697
    • Techniques and systems are disclosed that provide a risk-based assessment for a user based on user location information. Incident data is acquired for incidents that involve potential risks (e.g., to people and/or property) from a plurality of locations and contexts, considering such factors as date, time, weather, traffic, and velocity. The incident data is matched to the user's location and context directly or indirectly to provide one or more potential outcomes of interest (e.g., accidents, injuries, fatalities), and inferences regarding the likelihood of events are made available. These measures are compared to desired risk thresholds for the user. In one embodiment, routes, times, and conditions of travel may be preferred over others routes, times, and conditions. In another embodiment, users may be notified of a condition or a vehicle's maximum velocity may be reduced when the matched incident data meets/exceeds a user's risk threshold.
    • 公开了基于用户位置信息为用户提供基于风险的评估的技术和系统。 考虑到诸如日期,时间,天气,交通和速度等因素,从多个位置和情境中获取涉及潜在风险(例如对人和/或财产)的事件的事件数据。 事件数据与用户的位置和环境直接或间接地匹配,以提供一个或多个潜在的感兴趣的结果(例如,事故,伤害,死亡),并且关于事件的可能性可用的推论。 将这些措施与用户的期望风险阈值进行比较。 在一个实施例中,旅行的路线,时间和条件可能优于其他路线,时间和条件。 在另一个实施例中,可以向用户通知条件,或者当匹配的事件数据满足/超过用户的风险阈值时,可以减少车辆的最大速度。
    • 16. 发明授权
    • Method for automatically assigning priorities to documents and messages
    • 自动为文档和消息分配优先级的方法
    • US07194681B1
    • 2007-03-20
    • US09364527
    • 1999-07-30
    • Eric Horvitz
    • Eric Horvitz
    • G06F17/00
    • G06Q10/107Y10S707/99937
    • Methods for prioritizing documents, such as email messages, is disclosed. In one embodiment, a computer-implemented method first receives a document. The method assigns a measure of priority to the document, by employing a text classifier such as a Bayesian classifier or a support-vector machine classifier. The method then outputs the priority. In one embodiment, the method includes alerting the user about a document, such as an email message, based on the expected loss associated with delays expected in reviewing the document as compared to the expected cost of distraction and transmission incurred with alerting the user about the document.
    • 公开了诸如电子邮件消息之类的优先权文件的方法。 在一个实施例中,计算机实现的方法首先接收文档。 该方法通过采用文本分类器(如贝叶斯分类器或支持向量机分类器)为文档分配优先级的度量。 然后该方法输出优先级。 在一个实施例中,该方法包括基于与在审查文档期间预期的延迟相关联的预期损失来提醒用户关于文档(例如电子邮件消息),与预期的分心和传输成本相比,该预期成本与用户有关 文件。
    • 17. 发明申请
    • Immortal information storage and access platform
    • 不朽的信息存储和访问平台
    • US20070011109A1
    • 2007-01-11
    • US11159626
    • 2005-06-23
    • Andrew WilsonEric HorvitzDimitris Achlioptas
    • Andrew WilsonEric HorvitzDimitris Achlioptas
    • G06F17/00
    • G06Q90/00
    • Immortal information storage is leveraged to provide an interactive means to retrieve information associated with a physical artifact. The information persists for a substantial portion of the life of the artifact. This allows users to interact with an artifact that symbolically represents an entity, where the entity can be an organic and/or non-organic entity. A physical artifact that symbolically represents a person, animal, or a structure can be utilized. The storage system can contain easy to discover information about building a decoder or providing power and interpreting the information stored therein. A personalized interaction model can also be utilized to facilitate in providing an interactive model that responds to user queries in a fashion characteristic of the entity. Access to the immortalized information can be controlled by identity of entity seeking access, the amount of time that has passed, or events that have occurred. Power for facilitating retrieval of the information can be from thermal, induction, acoustical, and/or light-based sources. A separate User Interface (UI)/Reader can also be employed to inductively provide power to interact with the immortal information and to provide an interface for the user.
    • 不朽的信息存储被用来提供一种交互式的方法来检索与物理工件相关联的信息。 这些信息在人造物的大部分时间里仍然存在。 这允许用户与符号表示实体的工件交互,其中实体可以是有机和/或非有机实体。 可以利用象征性地代表人,动物或结构的物理工件。 存储系统可以容易地发现关于构建解码器或提供电力并解释存储在其中的信息的信息。 还可以利用个性化交互模型来促进提供以实体的时尚特征响应用户查询的交互模型。 访问永生化信息可以通过寻求访问的实体的身份,已经过去的时间量或发生的事件来控制。 用于促进信息检索的功能可以来自热,感应,声学和/或光源。 还可以使用单独的用户界面(UI)/阅读器来感应地提供与不朽信息交互的能力并为用户提供接口。
    • 18. 发明申请
    • Integration of location logs, GPS signals, and spatial resources for identifying user activities, goals, and context
    • 集成位置记录,GPS信号和空间资源,用于识别用户活动,目标和上下文
    • US20070006098A1
    • 2007-01-04
    • US11172474
    • 2005-06-30
    • John KrummEric HorvitzRamaswamy Hariharan
    • John KrummEric HorvitzRamaswamy Hariharan
    • H04M1/56
    • G06F17/30522G06F17/3087H04L67/18H04W4/02H04W4/029H04W4/18
    • Described are methods that utilize a geographic location technology (e.g., GPS) to determine user location data, and existing network-based websites (e.g., Internet websites) for searching and accessing data related to the location data such that the user context can be developed and stored. A location component is provided that determines location data of a wireless communications device of a user. A context component is provided that accesses context data based on the location data to define a context in which the device is located. Activities, goals, and overall context of a user can be inferred through statistical fusion of multiple sources of evidence. The context data is presented to the user via the wireless device such that the user can make decisions as to where to go, for example. User preferences can be accessed and applied to filter context data according to what the user desires to see and access.
    • 描述的是利用地理位置技术(例如,GPS)来确定用户位置数据的方法以及用于搜索和访问与位置数据相关的数据的现有的基于网络的网站(例如,因特网网站),使得可以开发用户上下文 并存储。 提供了确定用户的无线通信设备的位置数据的位置组件。 提供了基于位置数据访问上下文数据以定义设备所在的上下文的上下文组件。 可以通过统计融合多种证据来推断用户的活动,目标和总体情境。 上下文数据经由无线设备呈现给用户,使得用户可以做出关于例如去哪里的决定。 用户偏好可以被访问并应用于根据用户期望查看和访问的内容来过滤上下文数据。