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    • 73. 发明申请
    • SYSTEM AND METHOD FOR ASSISTED HANDLING OF CASCADING MEETING CHANGES
    • 用于辅助处理会议变更的系统和方法
    • US20090055235A1
    • 2009-02-26
    • US11843882
    • 2007-08-23
    • Tolga OralAndrew L. Schirmer
    • Tolga OralAndrew L. Schirmer
    • G06F9/46
    • G06Q10/109G06Q10/06314
    • A method for assisting a user in handling cascading event conflicts arising in a schedule provided by an electronic scheduling application includes receiving an indication of a first proposed event update to the schedule; determining whether the first proposed event update conflicts with any previously scheduled event; entering the first proposed event update into the schedule if the first proposed event update does not conflict; determining whether to select the first proposed event update or a first previously scheduled event for attempting to reschedule if the first proposed event update conflicts with the first previously scheduled event; determining whether to accept a second proposed event update for rescheduling of the selected one of the first proposed event update and the first previously stored event; and determining whether the second proposed event update conflicts with any previously scheduled event if the second proposed event update is accepted.
    • 一种用于协助用户处理由电子调度应用程序提供的调度中产生的级联事件冲突的方法包括:接收关于所述时间表的第一提议事件更新的指示; 确定所述第一提议的事件更新是否与任何先前调度的事件冲突; 如果第一次提出的事件更新没有冲突,则将第一个提出的事件更新进入计划; 确定是否选择第一提出的事件更新或者如果第一提出的事件更新与第一先前调度的事件冲突,则尝试重新计划的第一预先安排的事件; 确定是否接受第二提议的事件更新以重新安排所述第一提出的事件更新和所述第一先前存储的事件中的所选择的事件; 以及如果接受所述第二提议的事件更新,则确定所述第二提出的事件更新是否与任何先前调度的事件冲突。
    • 74. 发明申请
    • SYSTEM AND METHOD FOR END USERS TO CREATE A WORKFLOW FROM UNSTRUCTURED WORK
    • US20080147453A1
    • 2008-06-19
    • US11612754
    • 2006-12-19
    • Sandra L. KoganHardy GroegerAndrew L. Schirmer
    • Sandra L. KoganHardy GroegerAndrew L. Schirmer
    • G06Q10/00
    • G06Q10/06G06Q10/063G06Q10/063114G06Q10/06316
    • A workflow automating system provides a solution to allow users to create a workflow process from work they have done or work they plan to do and integrate it into their work environment. The system of the present invention allows a user to automatically record the steps of a process, as the user performs the steps, so that these recorded steps may be used some time later as a workflow. Once saved, these steps may be removed or modified by, such as, assigning the responsibility for performing the step to another party or by resequencing the step to another stage of the workflow, or additional steps may be added to the workflow. This can be accomplished very easily without the need to learn a tool, scripting language or how to code a workflow. Further, a history log of the user's steps in his or her ad hoc work processes is created. The user has the ability to then examine the history log and to select key steps from the history log to create a new workflow or to include in an existing workflow. Sufficient details of each step are recorded by the system of the present invention and such details are passed to the workflow so that the user has no need to learn a tool, scripting language or how to code the workflow. The level, or amount, of details captured by the system of the present invention is configurable by the user so that more details are captured or less details are captured—depending upon the user's needs and desires. The workflow automating system allows a user to tag objects, such as emails, calendar entries, documents, URLs, etc., for use in an existing workflow or for use in a future workflow. This is especially helpful when a user knows that an object is important but has no need for the object in an existing workflow but will need the object for a future workflow for an upcoming project, for instance. A listener component records actions on each page and tracks information as to what a user did on a page, e.g., information relating to the interactions with cooperating portlets and what was done with those portlets, utilizing a new schema for normalizing the data which is to be recorded by the listener. The new schema describes the data to be recorded in order to later use that data for automating workflows. It may include such information as: a general name and description of step that is being recorded; where to navigate the user at runtime to actually perform that action within an instance of such workflow; and a URI of the content element that the action was executed on. Using a workflow editor tool, the user can decide which parts of the data are relevant or are points of variability.
    • 77. 发明授权
    • GUI selector control
    • GUI选择器控件
    • US06369837B1
    • 2002-04-09
    • US09118024
    • 1998-07-17
    • Andrew L. Schirmer
    • Andrew L. Schirmer
    • G06F300
    • G06F3/0485G06F2203/04804
    • An improved graphical control for desktop computing systems utilizes one or more control devices with adjustable opacity and size to allow an operator to perform desired operations or edit object properties while also minimizing screen clutter. According to the illustrative embodiment, the graphical control is implemented as one or more “rollerballs” having a peripheral border defining a central interior region. The speed with which the selected value scrolls is dependent upon the active region of the rollerball currently selected. Values associated with the data entity may be scrolled at a rate, which increases nonlinearly as the selected portion of the active region progresses from the central interior region toward the peripheral border. A group of rollerballs, each representing a different entity may be moved collectively about the desktop and ordered in accordance with a predefined criteria, such as frequency of user selection.
    • 用于台式计算系统的改进的图形控制利用具有可调整的不透明度和大小的一个或多个控制装置,以允许操作者执行所需的操作或编辑对象属性,同时还最小化屏幕杂乱。 根据说明性实施例,图形控制被实现为具有限定中心内部区域的外围边界的一个或多个“滚球”。 所选值滚动的速度取决于当前选择的滚球的活动区域。 与数据实体相关联的值可以以一定的速率滚动,随着活动区域的选定部分从中央内部区域朝向外围边界进行而非线性地增加。 每个表示不同实体的滚球可以围绕桌面集体移动,并根据诸如用户选择的频率的预定标准来排序。