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    • 5. 发明授权
    • One-way public relationships
    • 单向公共关系
    • US08380639B2
    • 2013-02-19
    • US12498279
    • 2009-07-06
    • Michelle M. AleongPaul A. ElliottBhupinder S. SethiEric J. Zappa
    • Michelle M. AleongPaul A. ElliottBhupinder S. SethiEric J. Zappa
    • G06Q10/00
    • H04L29/06047G06Q10/10G06Q30/0255G06Q50/01H04L67/42
    • Techniques are described to establish one-way public relationships. In an implementation, a control is exposed that is operable to become a fan of an object within a social networking page. Responsive to operation of the control, data may be stored to establish a one-way public relationship between a user and the selected object. By establishing a one-way public relationship rather than a mutual friend relationship, the object and/or a corresponding owner of the object is not included in the user's social network and is not provided access to the user's profile, status, or other personal information. The one-way public relationship may be employed by a service provider to serve content related to the object to the user. The one-way public relationships may also be employed by the service provider to push status updates regarding the object to “fans” of the object.
    • 描述了建立单向公共关系的技术。 在实现中,露出可控制以成为社交网络页面内的对象的风扇的控件。 响应于控制的操作,可以存储数据以在用户和所选对象之间建立单向公共关系。 通过建立单向公共关系而不是相互友谊关系,对象和/或对象的相应所有者不包括在用户的社交网络中,并且不提供对用户的简档,状态或其他个人信息的访问 。 服务提供商可以使用单向公共关系来向用户提供与对象相关的内容。 服务提供商也可以使用单向公共关系将关于对象的状态更新推送到对象的粉丝。
    • 8. 发明授权
    • Pacing network packet transmission using at least partially uncorrelated network events
    • 使用至少部分不相关的网络事件来调度网络数据包传输
    • US07389336B2
    • 2008-06-17
    • US10350667
    • 2003-01-24
    • Bhupinder S. Sethi
    • Bhupinder S. Sethi
    • G06F15/13
    • H04L47/22H04L47/10H04L47/193H04L47/28
    • A sending computing system sends a number of network packets to a receiving computing system over a specific network connection. The sending computing system monitors at least partially uncorrelated network events to extract a soft timer that schedules transmissions based on the uncorrelated network events such as feedback events (e.g., acknowledgment messages) when sending the packets using TCP. Since potentially even all of the network connections are used, the events are less correlated from the sending of packets over the specific connection. The extracted timer is then used to pace the packets being sent out over the specific connection. The packets being sent out may be marked in a way as to regulate the frequency of occurrence of the uncorrelated network events being monitored.
    • 发送计算系统通过特定网络连接向接收计算系统发送多个网络分组。 发送计算系统监视至少部分不相关的网络事件以提取在使用TCP发送分组时基于诸如反馈事件(例如,确认消息)之类的不相关的网络事件来调度传输的软定时器。 由于潜在甚至使用所有网络连接,所以事件与通过特定连接发送数据包的关系较小。 然后,提取的定时器用于调整通过特定连接发送的数据包的速度。 发送出来的数据包可以以一种方式进行标记,以便调节被监控的不相关网络事件的发生频率。
    • 9. 发明授权
    • Modifying service provider context information to facilitate locating interceptor context information
    • 修改服务提供者上下文信息以便于定位拦截器上下文信息
    • US08135741B2
    • 2012-03-13
    • US11231352
    • 2005-09-20
    • Bhupinder S. SethiSachin C. Sheth
    • Bhupinder S. SethiSachin C. Sheth
    • G06F7/00G06F17/30
    • G06F17/30106G06F9/54G06F2209/542
    • A method and system for tracking context information of a service provider and interceptors of service provider requests is provided. An interceptor modifies a portion of service provider context information to reference interceptor context information associated with a client. When the client requests a service of the service provider, the client provides the modified service provider context information along with the request. The interceptor uses the reference of the modified portion of the service provider context information to retrieve its context information. The interceptor then restores the modified portion of the service provider context information to the original unmodified portion, which the interceptor retained as part of its context information. The interceptor then forwards the request along with the original service provider context information to the service provider.
    • 提供了一种用于跟踪服务提供商的上下文信息和服务提供商请求的拦截器的方法和系统。 拦截器修改服务提供者上下文信息的一部分,以引用与客户端相关联的拦截器上下文信息。 当客户端请求服务提供商的服务时,客户端提供经修改的服务提供商上下文信息以及请求。 拦截器使用服务提供者上下文信息的修改部分的引用来检索其上下文信息。 拦截器然后将服务提供者上下文信息的修改部分恢复到原始未修改部分,拦截器作为其上下文信息的一部分保留。 拦截器然后将请求与原始服务提供者上下文信息一起转发给服务提供商。
    • 10. 发明授权
    • Combined header processing for network packets
    • 网络报文的组合报头处理
    • US07733907B2
    • 2010-06-08
    • US11400534
    • 2006-04-07
    • Bhupinder S. Sethi
    • Bhupinder S. Sethi
    • H04J3/16H04J3/22
    • H04L69/161H04L69/12H04L69/16H04L69/32
    • A computer system to efficiently process packets received over a network operating in accordance with a layered protocol. The system includes logic that provides combined processing to determine whether a received packet complies with multiple requirements of the layered protocol. Combined processing determines compliance with requirements at more than one of the protocol layers of the layered protocol. If the combined processing does not verify compliance with all of the requirements of a protocol layer, those requirements may be verified in a layered fashion following the combined processing. In this way, greater efficiencies may be achieved through the combined processing of requirements from multiple protocol layers, but advantages of implementing a layered protocol in a modular fashion may still be retained.
    • 一种用于有效地处理通过根据分层协议操作的网络接收的分组的计算机系统。 该系统包括提供组合处理以确定接收到的分组是否符合分层协议的多个要求的逻辑。 组合处理决定了在分层协议的多个协议层上的要求的符合性。 如果组合处理不验证是否符合协议层的所有要求,则可以在组合处理之后以分层方式验证这些要求。 以这种方式,可以通过来自多个协议层的需求的组合处理来实现更高的效率,但是仍然可以保留以模块化方式实现分层协议的优点。