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    • 3. 发明授权
    • Event notification control based on data about a user's communication device stored in a user notification profile
    • 基于用户通信设备中存储的用户通信设备的数据的事件通知控制
    • US07990900B2
    • 2011-08-02
    • US11823671
    • 2007-06-28
    • Ramesh V. PattabhiramanDouglas W. VarneyKumar V. Vemuri
    • Ramesh V. PattabhiramanDouglas W. VarneyKumar V. Vemuri
    • H04B7/00H04L12/28H04L12/56G06F15/16
    • H04W4/16H04L51/043H04L67/24H04W8/18H04W76/10
    • An exemplary method is implemented in a communication system in which periodically updated data for respective end-users is stored in a notification profile at a communication infrastructure node. The updated data is based on conditions associated with each end-user's communication device and its network context, where the data is not presence status. Predetermined rules are stored at the communication infrastructure node and generate respective results based on factors such as network contextual data and corresponding values contained in the notification profile data for each end-user. An event is detected by the communication infrastructure node where the event is intended to cause communication with all the communication devices that are interested in that event. The communication infrastructure node determines an action to be taken in response to the event based on the results of the rules for data associated with the first end-user. The communication infrastructure node implements the action related to the first end-user.
    • 在通信系统中实现示例性方法,其中相应最终用户的周期性更新的数据被存储在通信基础设施节点的通知简档中。 更新的数据基于与每个最终用户的通信设备及其网络上下文相关联的条件,其中数据不存在状态。 预定规则被存储在通信基础设施节点处,并且基于诸如网络上下文数据和包含在每个最终用户的通知简档数据中的对应值的因素来生成相应的结果。 事件由通信基础设施节点检测到,其中事件旨在引起与对该事件感兴趣的所有通信设备的通信。 通信基础结构节点基于与第一最终用户相关联的数据的规则的结果来确定响应于事件而采取的动作。 通信基础结构节点实现与第一最终用户相关的动作。
    • 6. 发明授权
    • Heartbeat distribution that facilitates recovery in the event of a server failure during a user dialog
    • 在用户对话框中出现服务器故障时,可以促进恢复的心跳分布
    • US08201016B2
    • 2012-06-12
    • US11823672
    • 2007-06-28
    • Ramesh V. PattabhiramanKumar V. Vemuri
    • Ramesh V. PattabhiramanKumar V. Vemuri
    • G06F11/00
    • H04L43/10G06F11/1443G06F11/203H04L41/0654H04L41/0893H04L43/0817
    • An exemplary method facilitates automatic recovery upon failure of a server in a network responsible for replying to user requests. Periodic heartbeat information is generated by a first group of servers responsible for replying to user requests. The heartbeat information provides an indication of the current operational functionality of the first group of servers. A second group of servers determines that one of the first servers has failed based on the periodic heartbeat information. The second group of servers is disposed in communication channels between users and the first group of servers. One of the second group of servers receives a message containing a request from a first user having the one of the first group of servers as a destination. One of the second group of servers determines that the message is part of an ongoing dialog of messages between the first user and the one of the first group of servers. Stored dialog information contained in previous communications between the first user and the one of the first group of servers associated with the ongoing dialog is retrieved. Another message is transmitted from the one of the second group of servers to another of the first group of servers. The another message includes the request contained in the message and the retrieved dialog information. This enables the another server to process the request based on the retrieved dialog information without requiring the first user to have to retransmit previously transmitted information that was part of the dialog information.
    • 一种示例性方法便于在负责回复用户请求的网络中的服务器故障时进行自动恢复。 定期心跳信息由负责回复用户请求的第一组服务器生成。 心跳信息提供了第一组服务器的当前操作功能的指示。 第二组服务器根据周期性心跳信息确定第一台服务器之一发生故障。 第二组服务器位于用户与第一组服务器之间的通信通道中。 第二组服务器之一接收包含来自具有第一组服务器中的一个作为目的地的第一用户的请求的消息。 第二组服务器之一确定该消息是第一用户与第一组服务器之间正在进行的消息对话的一部分。 检索包含在第一用户和与正在进行的对话相关联的第一组服务器之一之前的通信中的存储对话信息。 另一个消息从第二组服务器中的一个发送到第一组服务器中的另一个。 另一个消息包括消息中包含的请求和检索到的对话信息。 这使得另一服务器能够基于所检索的对话信息来处理该请求,而不需要第一用户必须重新发送作为对话信息的一部分的先前发送的信息。
    • 8. 发明申请
    • Event notification control based on data about a user's communication device stored in a user notification profile
    • 基于用户通信设备中存储的用户通信设备的数据的事件通知控制
    • US20090003362A1
    • 2009-01-01
    • US11823671
    • 2007-06-28
    • Ramesh V. PattabhiramanDouglas W. VarneyKumar V. Vemuri
    • Ramesh V. PattabhiramanDouglas W. VarneyKumar V. Vemuri
    • H04L12/28
    • H04W4/16H04L51/043H04L67/24H04W8/18H04W76/10
    • An exemplary method is implemented in a communication system in which periodically updated data for respective end-users is stored in a notification profile at a communication infrastructure node. The updated data is based on conditions associated with each end-user's communication device and its network context, where the data is not presence status. Predetermined rules are stored at the communication infrastructure node and generate respective results based on factors such as network contextual data and corresponding values contained in the notification profile data for each end-user. An event is detected by the communication infrastructure node where the event is intended to cause communication with all the communication devices that are interested in that event. The communication infrastructure node determines an action to be taken in response to the event based on the results of the rules for data associated with the first end-user. The communication infrastructure node implements the action related to the first end-user.
    • 在通信系统中实现示例性方法,其中相应最终用户的周期性更新的数据被存储在通信基础设施节点的通知简档中。 更新的数据基于与每个最终用户的通信设备及其网络上下文相关联的条件,其中数据不存在状态。 预定规则被存储在通信基础设施节点处,并且基于诸如网络上下文数据和包含在每个最终用户的通知简档数据中的对应值的因素来生成相应的结果。 事件由通信基础设施节点检测到,其中事件旨在引起与对该事件感兴趣的所有通信设备的通信。 通信基础结构节点基于与第一最终用户相关联的数据的规则的结果来确定响应于事件而采取的动作。 通信基础结构节点实现与第一最终用户相关的动作。
    • 9. 发明申请
    • Heartbeat distribution that facilitates recovery in the event of a server failure during a user dialog
    • 在用户对话框中出现服务器故障时,可以促进恢复的心跳分布
    • US20090006885A1
    • 2009-01-01
    • US11823672
    • 2007-06-28
    • Ramesh V. PattabhiramanKumar V. Vemuri
    • Ramesh V. PattabhiramanKumar V. Vemuri
    • G06F11/20G06F15/16
    • H04L43/10G06F11/1443G06F11/203H04L41/0654H04L41/0893H04L43/0817
    • An exemplary method facilitates automatic recovery upon failure of a server in a network responsible for replying to user requests. Periodic heartbeat information is generated by a first group of servers responsible for replying to user requests. The heartbeat information provides an indication of the current operational functionality of the first group of servers. A second group of servers determines that one of the first servers has failed based on the periodic heartbeat information. The second group of servers is disposed in communication channels between users and the first group of servers. One of the second group of servers receives a message containing a request from a first user having the one of the first group of servers as a destination. One of the second group of servers determines that the message is part of an ongoing dialog of messages between the first user and the one of the first group of servers. Stored dialog information contained in previous communications between the first user and the one of the first group of servers associated with the ongoing dialog is retrieved. Another message is transmitted from the one of the second group of servers to another of the first group of servers. The another message includes the request contained in the message and the retrieved dialog information. This enables the another server to process the request based on the retrieved dialog information without requiring the first user to have to retransmit previously transmitted information that was part of the dialog information.
    • 一种示例性方法便于在负责回复用户请求的网络中的服务器故障时进行自动恢复。 定期心跳信息由负责回复用户请求的第一组服务器生成。 心跳信息提供了第一组服务器的当前操作功能的指示。 第二组服务器根据周期性心跳信息确定第一台服务器之一发生故障。 第二组服务器位于用户与第一组服务器之间的通信通道中。 第二组服务器之一接收包含来自具有第一组服务器中的一个作为目的地的第一用户的请求的消息。 第二组服务器之一确定该消息是第一用户与第一组服务器之间正在进行的消息对话的一部分。 检索包含在第一用户和与正在进行的对话相关联的第一组服务器之一之前的通信中的存储对话信息。 另一个消息从第二组服务器中的一个发送到第一组服务器中的另一个。 另一个消息包括消息中包含的请求和检索到的对话信息。 这使得另一服务器能够基于所检索的对话信息来处理该请求,而不需要第一用户必须重新发送作为对话信息的一部分的先前发送的信息。