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    • 2. 发明申请
    • Dynamic Assessment and Persistence of Object Instances
    • 对象实例的动态评估和持久性
    • US20080154948A1
    • 2008-06-26
    • US11615100
    • 2006-12-22
    • Volkmar StegmannGerd M. Ritter
    • Volkmar StegmannGerd M. Ritter
    • G06F7/00
    • G06F9/4493Y10S707/99944
    • In a computing system, an operation is performed on an instance of a data object. One of several persistence models that are available for the data object is identified for the instance using the performed operation, where each of the several persistence models defines how the data object is to be persisted in a database. The instance is stored in the database according to the identified persistence model. The persistence model may be identified at run time in a manner transparent to a user. A first persistence model may be identified for a first instance of the data object and a second persistence model, different from the first persistence model, may be identified for a second instance of the data object. An object instance may later be stored according to another persistence model.
    • 在计算系统中,对数据对象的实例执行操作。 使用执行的操作为实例标识可用于数据对象的几个持久性模型之一,其中每个多个持久性模型定义数据对象如何在数据库中持久化。 实例根据识别的持久性模型存储在数据库中。 可以在运行时以对用户透明的方式来识别持久性模型。 可以为数据对象的第一实例识别第一持久性模型,并且可以为数据对象的第二实例识别与第一持久性模型不同的第二持久性模型。 稍后可以根据另一持久性模型存储对象实例。
    • 3. 发明授权
    • Dynamic assessment and persistence of object instances
    • 对象实例的动态评估和持久性
    • US07565376B2
    • 2009-07-21
    • US11615100
    • 2006-12-22
    • Volkmar StegmannGerd M. Ritter
    • Volkmar StegmannGerd M. Ritter
    • G06F17/30
    • G06F9/4493Y10S707/99944
    • In a computing system, an operation is performed on an instance of a data object. One of several persistence models that are available for the data object is identified for the instance using the performed operation, where each of the several persistence models defines how the data object is to be persisted in a database. The instance is stored in the database according to the identified persistence model. The persistence model may be identified at run time in a manner transparent to a user. A first persistence model may be identified for a first instance of the data object and a second persistence model, different from the first persistence model, may be identified for a second instance of the data object. An object instance may later be stored according to another persistence model.
    • 在计算系统中,对数据对象的实例执行操作。 使用执行的操作为实例标识可用于数据对象的几个持久性模型之一,其中每个多个持久性模型定义数据对象如何在数据库中持久化。 实例根据识别的持久性模型存储在数据库中。 可以在运行时以对用户透明的方式来识别持久性模型。 可以为数据对象的第一实例识别第一持久性模型,并且可以为数据对象的第二实例识别与第一持久性模型不同的第二持久性模型。 稍后可以根据另一持久性模型存储对象实例。
    • 7. 发明申请
    • Integration of resource management with calendared appointments
    • 资源管理与日历约会的整合
    • US20070073890A1
    • 2007-03-29
    • US11237317
    • 2005-09-27
    • Gerd RitterVolkmar StegmannHamid MoghaddamAmit Khanna
    • Gerd RitterVolkmar StegmannHamid MoghaddamAmit Khanna
    • G06F15/16
    • G06Q10/109G06Q10/06H04L67/06
    • First data identifying a resource, a calendared appointment associated with the resource, and a participant in the calendared appointment may be received and subsequently associated with second data (e.g., at least one link to information available via a communications network and/or a data file). Thereafter, third data may be transmitted over the communications network to a node associated with the participant to modify the calendared appointment to include the second data. In one variation, data identifying a resource and a calendared appointment associated with the resource may be received via a communications network. Based on such data, a usage statistic may be calculated for the resource based on a length of time of the calendared appointment. Related apparatuses, systems, computer program products are also described.
    • 可以接收识别资源的第一数据,与资源相关联的日历约会和日历约会中的参与者,并随后与第二数据相关联(例如,至少一个链接到经由通信网络和/或数据文件可用的信息 )。 此后,第三数据可以通过通信网络发送到与参与者相关联的节点,以修改日历预约以包括第二数据。 在一个变化中,可以经由通信网络来接收标识与该资源相关联的资源和日历约会的数据。 基于这样的数据,可以基于日历预约的时间长度来为资源计算使用统计量。 还描述了相关设备,系统,计算机程序产品。