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    • 1. 发明申请
    • EAP BASED CAPABILITY NEGOTIATION AND FACILITATION FOR TUNNELING EAP METHODS
    • 基于EAP的能力协调和协调EAP隧道技术的方法
    • US20090328147A1
    • 2009-12-31
    • US12163540
    • 2008-06-27
    • Mudit GoelYue LuoAmbrish Verma
    • Mudit GoelYue LuoAmbrish Verma
    • H04L9/32
    • H04L63/08H04L63/162
    • Capability negotiation during a PEAP transaction between two end points in a network is performed by initiating EAP capability negotiation methods. A first end point that desires to use a specific capability during a PEAP transaction initiates capability negotiation method requesting the specific capability. Upon receiving the request for the specific capability, a second end point performs the desired capability if an outer method employed in the PEAP transaction supports the specific capability. If the outer method does not support the desired capability, the receiver responds to the first end point with a negative acknowledgment. In other embodiments, if the outer method does not support the desired capability, the desired capability may still be performed if it is supported by an inner method. In such instances, an inner wrapper method is employed in the PEAP transaction to maintain and perform the capability.
    • 通过启动EAP能力协商方法来执行网络中两个端点之间的PEAP事务中的能力协商。 期望在PEAP事务期间使用特定能力的第一个终端启动请求特定能力的能力协商方法。 在接收到针对特定能力的请求时,如果在PEAP事务中采用的外部方法支持特定能力,则第二端点执行所需的能力。 如果外部方法不支持所需的能力,则接收机用否定确认响应第一个终点。 在其他实施例中,如果外部方法不支持期望的能力,则如果内部方法被支持,则仍然可以执行所需能力。 在这种情况下,在PEAP事务中采用内部包装方法来维护和执行该功能。
    • 8. 发明申请
    • NETWORK STATE PLATFORM
    • 网络状态平台
    • US20090271510A1
    • 2009-10-29
    • US12111184
    • 2008-04-28
    • Mudit GoelPaul G. Mayfield
    • Mudit GoelPaul G. Mayfield
    • G06F15/16
    • H04L41/0873H04L41/0803
    • A network state platform for managing a network having a number of network nodes is disclosed. A user provides a policy layer a high level instruction indicative of the desired network performance. The policy layer parses the high level instruction to generate a number of configuration instructions for the network nodes. The network nodes provide data logs of their activity to a data layer that collates the logs into a single entry that is stored, and can be accessed by an observation layer. External applications interface with the observation layer to access the stored data and use this information to generate requests to change portions of the network configuration. These requests are provided to a control layer that converts the requests from the applications to a high level instruction that is then provided to the policy layer to implement.
    • 公开了一种用于管理具有多个网络节点的网络的网络状态平台。 用户向策略层提供指示所需网络性能的高级指令。 策略层解析高级指令以生成网络节点的多个配置指令。 网络节点将其活动的数据记录提供给将日志整理为存储的单个条目的数据层,并且可以由观察层访问。 外部应用程序与观察层接口访问存储的数据,并使用此信息生成更改网络配置部分的请求。 这些请求被提供给控制层,该控制层将来自应用的请求转换为高级指令,然后将其提供给策略层以实现。