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    • 6. 发明授权
    • Controlled interactive display of content using networked computer devices
    • 使用联网计算机设备控制内容的交互式显示
    • US07376901B2
    • 2008-05-20
    • US10610140
    • 2003-06-30
    • Chia ShenKathleen RyallKatherine Everitt
    • Chia ShenKathleen RyallKatherine Everitt
    • H04L29/06G06F5/00
    • H04L29/06H04L67/04H04L67/36H04L69/329
    • The invention provides a novel method for interacting with content objects stored in computer devices connected as nodes of a communications network, each node including an input interface and an output interface, the output interface including a display area. A first display area of a first node is partitioned into a first private work area and a first personal work area associated with the first node. A second display area of a second node is partitioned into a set of second personal work areas and a public work area, each second personal work area associated with other nodes and the public work area associated with all of the nodes.A particular content object of the first node in the first private work area is visualized as a content item according to attributes enabled by the visualizing and moved from the first private work area to the first personal work area. In response to the first moving, the content item in the corresponding second personal work area is visualized according to attributes enabled by the first moving. The content item is then moved from the second personal work area to the public personal work area and visualized, in response to the second moving, in the public work area according to attributes enabled by the second moving.
    • 本发明提供了一种与存储在作为通信网络的节点连接的计算机设备中的内容对象交互的新颖方法,每个节点包括输入接口和输出接口,输出接口包括显示区域。 将第一节点的第一显示区域划分为与第一节点相关联的第一私人工作区域和第一个人工作区域。 将第二节点的第二显示区域划分为一组第二个人工作区域和公共工作区域,每个第二个人工作区域与其他节点相关联,以及与所有节点相关联的公共工作区域。 根据通过可视化并从第一私人工作区域移动到第一个人工作区域所启动的属性将第一私人工作区域中的第一节点的特定内容对象可视化为内容项目。 响应于第一移动,相应的第二个人工作区域中的内容项目根据由第一移动启用的属性来可视化。 然后,将内容项目从第二个人工作区域移动到公共个人工作区域,并根据第二移动的属性,在公共工作区域中响应于第二移动而可视化。
    • 8. 发明申请
    • Method and System for Emulating a Mouse on a Multi-Touch Sensitive Surface
    • 用于在多触点敏感表面上模拟鼠标的方法和系统
    • US20120068963A1
    • 2012-03-22
    • US13194597
    • 2011-07-29
    • Alan W. EsentherKathleen Ryall
    • Alan W. EsentherKathleen Ryall
    • G06F3/045
    • G06F3/04883G06F3/044G06F2203/04808
    • A computer implemented method for emulating a mouse with a multi-touch sensitive display surface, wherein a touching of the multi-touch sensitive display surface by a user creates a capacitive coupling between the user and the multi-touch sensitive display surface at a location of the touching. The method senses concurrently a first touching by a first finger at a first location on a multi-touch sensitive display surface and a second touching by a second finger at a second location on the multi-touch sensitive display surface, wherein the sensing uses capacitive couplings between the user and the multi-touch sensitive display surface; and displays a graphic object on the multi-touch display surface at a position dependent on the first location and the second location.
    • 一种用于模拟具有多触摸敏感显示表面的鼠标的计算机实现的方法,其中由用户触摸所述多触摸敏感显示表面在用户和所述多触摸敏感显示表面之间的位置处产生电容耦合, 感动。 该方法同时感测第一手指在多触摸敏感显示表面上的第一位置的第一次触摸,以及在多触摸敏感显示表面上的第二位置处的第二手指的第二次触摸,其中该感测使用电容耦合 在用户和多点触控敏感显示面之间; 并且在取决于第一位置和第二位置的位置处在多点触摸显示表面上显示图形对象。
    • 9. 发明授权
    • System for delineating and annotating areal regions
    • US5553214A
    • 1996-09-03
    • US111153
    • 1993-08-24
    • Joseph W. MarksMurray S. MazerKathleen RyallStuart M. Shieber
    • Joseph W. MarksMurray S. MazerKathleen RyallStuart M. Shieber
    • G06T11/00G06F15/62
    • G06T11/00
    • A system for delineating partially- or fully-bounded areal regions of a map utilizes deformable templates, which it dynamically expands and contorts to conform to the boundaries of the regions. The system segments the map into a number of cells, with each cell relating, for example, to a pixel. The system then defines an "energy" field for the floor plan by assigning cells corresponding to boundary edges predetermined minimum energy values, cells corresponding to boundary interiors predetermined maximum energy values, and each non-boundary cell an energy value defined by the distance of the cell from the closest boundary edge cell. The system then iteratively manipulates a template over a selected region of the floor plan in an attempt to minimize the "potential" of the template, which is defined by a potential function that includes a "total energy score" and various size and test terms that encourage desired template deformations. The system determines the total energy score, by (i) scan converting the template sides, (ii) weighting the energy values of the cells through which the sides pass based on the lengths of the sides passing through the cells, and (iii) summing the scores. After determining the potential for all possible new locations for each of the vertices, the system selects next locations for each of the vertices and, as necessary, moves the vertices to these next locations to complete an iteration. At various times, the system raises the energy field and updates the template by altering the number of vertices. The system ends its manipulations of the template when it has performed a predetermined number of iterations or, in an energy field at its ceiling values, either the template vertices do not move between iterations or the potential of the template does not change. A user may then edit the template to conform the template more closely to the selected region. A user may also specify certain constraints on template deformation. In response, the system uses a modified potential function for controlling the deformation of the template.
    • 10. 发明授权
    • Network and method for identifying entities sharing a common network location
    • 用于识别共享公共网络位置的实体的网络和方法
    • US06681108B1
    • 2004-01-20
    • US09639665
    • 2000-08-16
    • Michael A. TerryKathleen Ryall
    • Michael A. TerryKathleen Ryall
    • H04Q720
    • G06Q10/10
    • A computerized method identifies entities accessing locations in a communications network. A unique identification is associated with a private identification for each entity accessing the network. A known list is maintained for each entity. Each entry in the known list for a particular entity includes the unique identification and private identification of other entities known to the particular entity. A location list is maintained. Each entry in the location list includes a plurality of unique identifications of other entities having shared a common location in the network. A message is generated only if at least two unique identifications of a particular entry of the location list are identical to at least two unique identifications found in the known list of the particular entity. The message includes the associated private identifications of the at least two identical unique identifications.
    • 计算机化方法识别访问通信网络中的位置的实体。 唯一标识与访问网络的每个实体的私有标识相关联。 为每个实体维护一个已知的列表。 用于特定实体的已知列表中的每个条目包括特定实体已知的其他实体的唯一标识和私有标识。 维护位置列表。 位置列表中的每个条目包括在网络中共享了公共位置的其他实体的多个唯一标识。 仅当位置列表的特定条目的至少两个唯一标识与在特定实体的已知列表中找到的至少两个唯一标识相同时才产生消息。 消息包括至少两个相同唯一标识的相关联的私有标识。