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    • 31. 发明申请
    • MANAGEMENT OF A USER ATTRIBUTE IN A SERVICE PROVIDER DATA STRUCTURE
    • 服务提供商数据结构中用户属性的管理
    • US20090234729A1
    • 2009-09-17
    • US12048552
    • 2008-03-14
    • Gregory J. BossAndrew R. JonesMichael J. MartineKevin C. McConnell
    • Gregory J. BossAndrew R. JonesMichael J. MartineKevin C. McConnell
    • G06Q30/00G06F17/30
    • G06Q10/00G06Q10/02G06Q50/10
    • A method for managing an attribute of a user of a service provided by a service provider, the user having a user computing device and the service provider having a service provider computing device, includes providing a user attribute management data structure within the service provider computing device, providing interaction between the user attribute management data structure and the user using the user computing device, and altering the user attribute management data structure using the service provider computing device in accordance with the interacting. The method includes inserting the user into the data structure, altering a place in line attribute representative of a user place in a line waiting for the service. Further altering the attribute by the user, further altering the attribute by the service provider and further altering the attribute in accordance with a service provider criterion are also included.
    • 一种用于管理由服务提供商提供的服务的用户的属性的属性的用户,具有用户计算设备的用户和具有服务提供商计算设备的服务提供者包括在服务提供商计算设备内提供用户属性管理数据结构 使用所述用户计算设备提供所述用户属性管理数据结构与所述用户之间的交互;以及根据所述交互,使用所述服务提供商计算设备改变所述用户属性管理数据结构。 该方法包括将用户插入到数据结构中,在等待服务的行中改变代表用户位置的在线属性的位置。 进一步改变用户的属性,还包括根据服务提供者标准进一步改变服务提供者的属性并进一步改变属性。
    • 32. 发明申请
    • Electronic Calendar Scheduling Using Autonomic Prioritization
    • 使用自动优先排序的电子日历计划
    • US20080033778A1
    • 2008-02-07
    • US11461560
    • 2006-08-01
    • Gregory J. BossDavid R. BurnsAndrew R. JonesKevin C. McConnell
    • Gregory J. BossDavid R. BurnsAndrew R. JonesKevin C. McConnell
    • G06F15/02
    • G06Q10/109G06Q10/1093
    • A method and system for scheduling electronic calendar events. An electronic calendar receives event information for a first calendar event including specified attendee(s), a priority level, an event time, and a time interval within which the event is to be scheduled. Responsive to detecting a scheduling conflict between the first calendar event and another calendar event, a reschedule procedure begins by determining whether the scheduling conflict can be resolved by modifying the specified event time to an another time within the specified time interval. Responsive to determining that the scheduling conflict cannot be resolved by changing the specified event time to another time within the specified time interval, the specified event priority level of the first calendar event is compared with event priority level of the conflicting calendar event to determine scheduling prioritization between the first calendar event and the conflicting calendar event.
    • 一种用于安排电子日历事件的方法和系统。 电子日历接收包括指定的参加者,优先级,事件时间以及事件要被调度的时间间隔的第一日历事件的事件信息。 响应于检测第一日历事件和另一个日历事件之​​间的调度冲突,重新调度过程首先通过确定是否可以通过在指定的时间间隔内将指定的事件时间修改到另一个时间来解决调度冲突。 响应于通过在指定的时间间隔内将指定的事件时间改变到另一时间来确定调度冲突不能解决,将第一日历事件的指定事件优先级与冲突日历事件的事件优先级进行比较,以确定调度优先级 在第一个日历事件和冲突的日历事件之​​间。
    • 38. 发明申请
    • Cooperative Parking
    • 合作停车场
    • US20070282489A1
    • 2007-12-06
    • US11421465
    • 2006-05-31
    • Gregory Jenson BossRick Allen HamiltonAndrew R. JonesKevin C. McConnell
    • Gregory Jenson BossRick Allen HamiltonAndrew R. JonesKevin C. McConnell
    • G05D1/00G08G1/14
    • B62D15/0285B60W2050/008
    • A system, a method, and a service for cooperative parking between vehicles. A parking vehicle has a transmitter to send a parking signal to parked vehicles in proximity to a parking space. A parked vehicle receives the parking signal, activates one or more position sensors mounted on the parked vehicle, activates its engine or auxiliary motor, disengages any locking mechanism such as brakes or the transmission, and moves itself away from the parking space. Once the parking vehicle has parked successfully or after a predetermined time delay, the parked vehicle may move to a position closer to the parking vehicle but still far enough away to avoid collision as determined by the position sensor and turn off its engine or auxiliary motor and re-engage its locking mechanism. The cooperative parking system may include a switch and a transmitter, either contained within a hand-held programmable device or within the parking vehicle. Preferably, all vehicles have the transmitter and the receiver to activate and respond to parking requests.
    • 车辆间协同停车的系统,方法和服务。 停车车辆具有发射器,用于向靠近停车位的停放车辆发送停车信号。 停放的车辆接收停车信号,激活安装在停放的车辆上的一个或多个位置传感器,启动其发动机或辅助电动机,使诸如制动器或变速器的任何锁定机构脱离,并使其自身离开停车位置。 一旦停车车辆成功停车或在预定的时间延迟之后,停放的车辆可以移动到更靠近停车车辆的位置,但仍然足够远,以避免由位置传感器确定的碰撞并关闭其发动机或辅助电动机, 重新接合其锁定机构。 合作停车系统可以包括开关和发射器,其包含在手持式可编程装置内或在停车车辆内。 优选地,所有车辆都具有发射器和接收器来激活并响应停车请求。