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    • 6. 发明授权
    • Method and system for modifying non-verbal behavior for social appropriateness in video conferencing and other computer mediated communications
    • 用于修改视频会议和其他计算机中介通信中的社会适用性的非语言行为的方法和系统
    • US08243116B2
    • 2012-08-14
    • US11860350
    • 2007-09-24
    • Pernilla QvarfordtGene GolovchinskyMaribeth Joy Back
    • Pernilla QvarfordtGene GolovchinskyMaribeth Joy Back
    • H04N7/14
    • G06K9/00335H04N7/157
    • A method is described for modifying behavior for social appropriateness in computer mediated communications. Data can be obtained representing the natural non-verbal behavior of a video conference participant. The cultural appropriateness of the behavior is calculated based on a cultural model and previous behavior of the session. Upon detecting that the behavior of the user is culturally inappropriate, the system can calculate an alternative behavior based on the cultural model. Based on this alternative behavior, the video output stream can be modified to be more appropriate by altering gaze and gesture of the conference participants. The output stream can be modified by using previously recorded images of the participant, by digitally synthesizing a virtual avatar display or by switching the view displayed to the remote participant. Once the user's behavior changes to be once again culturally appropriate, the modified video stream can be returned to unmodified state.
    • 描述了一种用于修改计算机介入通信中的社会适应性行为的方法。 可以获得代表视频会议参与者的自然非言语行为的数据。 行为的文化适应性是根据会议的文化模式和以前的行为计算的。 在检测到用户的行为在文化上是不合适的时候,系统可以基于文化模型来计算替代行为。 基于这种替代行为,可以通过改变会议参与者的注视和姿态来将视频输出流修改为更合适。 可以通过使用参与者的先前记录的图像,通过数字地合成虚拟化身显示器或通过切换显示给远程参与者的视图来修改输出流。 一旦用户的行为改变为文化适应,修改的视频流可以返回到未修改的状态。
    • 7. 发明申请
    • METHOD AND SYSTEM FOR MODIFYING NON-VERBAL BEHAVIOR FOR SOCIAL APPROPRIATENESS IN VIDEO CONFERENCING AND OTHER COMPUTER MEDIATED COMMUNICATIONS
    • 在视频会议和其他计算机媒体通信中修改社会适应性的非正常行为的方法和系统
    • US20090079816A1
    • 2009-03-26
    • US11860350
    • 2007-09-24
    • Pernilla QvarfordtGene GolovchinskyMaribeth Joy Back
    • Pernilla QvarfordtGene GolovchinskyMaribeth Joy Back
    • H04N7/14
    • G06K9/00335H04N7/157
    • A method is described for modifying behavior for social appropriateness in computer mediated communications. Data can be obtained representing the natural non-verbal behavior of a video conference participant. The cultural appropriateness of the behavior is calculated based on a cultural model and previous behavior of the session. Upon detecting that the behavior of the user is culturally inappropriate, the system can calculate an alternative behavior based on the cultural model. Based on this alternative behavior, the video output stream can be modified to be more appropriate by altering gaze and gesture of the conference participants. The output stream can be modified by using previously recorded images of the participant, by digitally synthesizing a virtual avatar display or by switching the view displayed to the remote participant. Once the user's behavior changes to be once again culturally appropriate, the modified video stream can be returned to unmodified state.
    • 描述了一种用于修改计算机介入通信中的社会适应性行为的方法。 可以获得代表视频会议参与者的自然非言语行为的数据。 行为的文化适应性是根据会议的文化模式和以前的行为计算的。 在检测到用户的行为在文化上是不合适的时候,系统可以基于文化模型来计算替代行为。 基于这种替代行为,可以通过改变会议参与者的注视和姿态来将视频输出流修改为更合适。 可以通过使用参与者的先前记录的图像,通过数字地合成虚拟化身显示器或通过切换显示给远程参与者的视图来修改输出流。 一旦用户的行为改变为文化适应,修改的视频流可以返回到未修改的状态。
    • 8. 发明申请
    • COMPONENT-BASED CONTROL SYSTEM FOR COLLABORATIVE EXPLORATORY SEARCH SYSTEMS
    • 用于协同探测系统的基于组件的控制系统
    • US20090024585A1
    • 2009-01-22
    • US11877608
    • 2007-10-23
    • Maribeth Joy BACKJeremy PickensGene Golovchinsky
    • Maribeth Joy BACKJeremy PickensGene Golovchinsky
    • G06F17/30
    • G06F17/30864G06Q10/10
    • Described is a component-based control system involving the interface and middleware layers for collaborative exploratory search. The components include modules for multi-user input and display capabilities, and are individually configurable to allow simultaneous manipulation of multiple search parameters and algorithms. In a collaborative exploratory search, a team of people with a shared information need engage in exploratory search together. This search happens synchronously, leveraging realtime feedback in the search loop. The search team works together, finding patterns and information that each player individually might not have found, and doing so more efficiently than any single person could have. Each team member brings their own expertise and point of view to a shared problem. Distributing tasks and roles among team members leverages individual expertise and creates efficiencies of scale. Supporting the different roles and tasks involves resolving complexities in control and display; a regulatory component performs this task.
    • 描述了一种基于组件的控制系统,其涉及用于协同探索性搜索的接口和中间件层。 这些组件包括用于多用户输入和显示功能的模块,并且可以单独配置以允许同时操作多个搜索参数和算法。 在合作探索性搜索中,具有共享信息的团队需要一起进行探索性搜索。 此搜索同步发生,利用搜索循环中的实时反馈。 搜索团队一起工作,找到每个玩家个人可能找不到的模式和信息,并且比任何一个人都可以更有效地进行操作。 每个团队成员都有自己的专长和观点来分享共同的问题。 在团队成员之间分配任务和角色利用个人专业知识并提高规模效率。 支持不同的角色和任务涉及解决控制和显示的复杂性; 监管组件执行此任务。
    • 9. 发明授权
    • Component-based control system for collaborative exploratory search systems
    • 用于协同探索性搜索系统的基于组件的控制系统
    • US07822765B2
    • 2010-10-26
    • US11877608
    • 2007-10-23
    • Maribeth Joy BackJeremy PickensGene Golovchinsky
    • Maribeth Joy BackJeremy PickensGene Golovchinsky
    • G06F17/30
    • G06F17/30864G06Q10/10
    • Described is a component-based control system involving the interface and middleware layers for collaborative exploratory search. The components include modules for multi-user input and display capabilities, and are individually configurable to allow simultaneous manipulation of multiple search parameters and algorithms. In a collaborative exploratory search, a team of people with a shared information need engage in exploratory search together. This search happens synchronously, leveraging realtime feedback in the search loop. The search team works together, finding patterns and information that each player individually might not have found, and doing so more efficiently than any single person could have. Each team member brings their own expertise and point of view to a shared problem. Distributing tasks and roles among team members leverages individual expertise and creates efficiencies of scale. Supporting the different roles and tasks involves resolving complexities in control and display; a regulatory component performs this task.
    • 描述了一种基于组件的控制系统,其涉及用于协同探索性搜索的接口和中间件层。 这些组件包括用于多用户输入和显示功能的模块,并且可以单独配置以允许同时操作多个搜索参数和算法。 在合作探索性搜索中,具有共享信息的团队需要一起进行探索性搜索。 此搜索同步发生,利用搜索循环中的实时反馈。 搜索团队一起工作,找到每个玩家个人可能找不到的模式和信息,并且比任何一个人都可以更有效地进行操作。 每个团队成员都有自己的专长和观点来分享共同的问题。 在团队成员之间分配任务和角色利用个人专业知识并提高规模效率。 支持不同的角色和任务涉及解决控制和显示的复杂性; 监管组件执行此任务。