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    • 4. 发明授权
    • Secure capability negotiation between a client and server
    • 客户端和服务器之间的安全功能协商
    • US08924573B2
    • 2014-12-30
    • US13418256
    • 2012-03-12
    • David Matthew KruseMathew GeorgeIuliu Rus
    • David Matthew KruseMathew GeorgeIuliu Rus
    • G06F15/16
    • H04L63/205H04L63/08
    • Embodiments of the present disclosure provide for establishing an authenticated session between a client computing device and a remote computing device. In certain embodiments, a connection is established between the client computing device and the remote computing device. Once the connection is established, the client computing device sends a number of requests to the client computing device including a negotiate request, a setup request, and a validation request. In response to the requests, the client computing device receives a number of responses from the remote computing device including a negotiate response, setup response and a validation response. Once the responses have been received, a determination is made as to whether information contained in the validation response matches information contained in the negotiate response. If the information matches, an authenticated session is established between the remote computing device and the client computing device.
    • 本公开的实施例提供在客户端计算设备和远程计算设备之间建立认证会话。 在某些实施例中,在客户端计算设备和远程计算设备之间建立连接。 一旦建立了连接,客户端计算设备向客户端计算设备发送多个请求,包括协商请求,建立请求和验证请求。 响应于该请求,客户端计算设备从远程计算设备接收包括协商响应,建立响应和验证响应的多个响应。 一旦接收到响应,就确定包含在验证响应中的信息是否匹配包含在协商响应中的信息。 如果信息匹配,则在远程计算设备和客户端计算设备之间建立认证会话。
    • 6. 发明申请
    • CLUSTERED CLIENT FAILOVER
    • 聚集的客户端失败
    • US20130066941A1
    • 2013-03-14
    • US13228732
    • 2011-09-09
    • David M. KruseDiaa FathallaJames T. PinkertonMathew GeorgePrashanth PrahaladThomas E. Jolly
    • David M. KruseDiaa FathallaJames T. PinkertonMathew GeorgePrashanth PrahaladThomas E. Jolly
    • G06F15/16
    • H04L69/40H04L67/10
    • An application instance identifier is employed with various systems and methods in order to provide a requestor with continuous access to a resource when operating in a client clustered environment. A requestor residing on a first client in may attempt to access a resource. The first client sends a request to access the resource. The request may be associated with an application instance identifier that identifiers the requestor. At some point, the first client fails and the requestor is associated with a second client via a failover mechanism. The second client sends a second request to access the resource on behalf of the requestor. The second request is associated with the requestor's application instance identifier. The application instance identifier is used to identify the second request as belonging to the same requestor as the first request, thereby granting the second request to access the resource while avoiding a conflict situation.
    • 应用实例标识符用于各种系统和方法,以便在客户端集群环境中操作时向请求者提供对资源的持续访问。 驻留在第一客户端上的请求者可能尝试访问资源。 第一个客户端发送访问资源的请求。 请求可以与标识请求者的应用实例标识符相关联。 在某些时候,第一个客户端失败,请求者通过故障切换机制与第二个客户端相关联。 第二个客户端发送代表请求者访问资源的第二个请求。 第二个请求与请求者的应用实例标识符相关联。 应用实例标识符用于将第二请求标识为属于与第一请求相同的请求者,从而授予第二请求以访问资源,同时避免冲突情况。
    • 8. 发明授权
    • Multichannel connections in file system sessions
    • 文件系统会话中的多通道连接
    • US08806030B2
    • 2014-08-12
    • US12960577
    • 2010-12-06
    • Qibo ZhuDavid M. KruseMathew GeorgeMingDong (Gary) Shang
    • Qibo ZhuDavid M. KruseMathew GeorgeMingDong (Gary) Shang
    • G06F15/173
    • H04L67/141H04L69/14H04L69/24H04L69/40Y02D50/30
    • A multi-connection information system is described herein that uses multiple connections to connect to a resource in a single file system session in a way that is controllable from protocols above a transport layer. The system also allows a single connection to be shared by multiple sessions. Sessions can be bound to multiple connections to enable communication over multiple transports. During the initial negotiation of a session, a client and a server determine whether multiple connections are supported between the client and the server within a session. After establishing an initial connection, additional connections can be established and bound to the existing session. The multiple connections can be used for failover and/or load balancing. The multi-connection information system provides a protocol for discovering a capability to establish multiple channels within a session and information about the available connections between two particular resources.
    • 这里描述了一种多连接信息系统,其以可以从传输层之上的协议控制的方式使用多个连接来连接到单个文件系统会话中的资源。 该系统还允许单个连接由多个会话共享。 会话可以绑定到多个连接,以实现多个传输的通信。 在会话的初始协商期间,客户端和服务器确定在会话之间的客户端和服务器之间是否支持多个连接。 建立初始连接后,可以建立和绑定到现有会话的附加连接。 多个连接可用于故障转移和/或负载平衡。 多连接信息系统提供用于发现在会话内建立多个信道的能力的协议以及关于两个特定资源之间可用连接的信息。
    • 9. 发明授权
    • Clustered client failover
    • 群集客户端故障切换
    • US08788579B2
    • 2014-07-22
    • US13228732
    • 2011-09-09
    • David M. KruseDiaa FathallaJames T. PinkertonMathew GeorgePrashanth PrahaladThomas E. Jolly
    • David M. KruseDiaa FathallaJames T. PinkertonMathew GeorgePrashanth PrahaladThomas E. Jolly
    • G06F15/16
    • H04L69/40H04L67/10
    • An application instance identifier is employed with various systems and methods in order to provide a requestor with continuous access to a resource when operating in a client clustered environment. A requestor residing on a first client may attempt to access a resource. The first client sends a request to access the resource. The request may be associated with an application instance identifier that identifies the requestor. At some point, the first client fails and the requestor is associated with a second client via a failover mechanism. The second client sends a second request to access the resource on behalf of the requestor. The second request is associated with the requestor's application instance identifier. The application instance identifier is used to identify the second request as belonging to the same requestor as the first request, thereby granting the second request to access the resource while avoiding a conflict situation.
    • 应用实例标识符用于各种系统和方法,以便在客户端集群环境中操作时向请求者提供对资源的持续访问。 驻留在第一客户端上的请求者可以尝试访问资源。 第一个客户端发送访问资源的请求。 请求可以与标识请求者的应用实例标识符相关联。 在某些时候,第一个客户端失败,请求者通过故障转移机制与第二个客户端相关联。 第二个客户端发送代表请求者访问资源的第二个请求。 第二个请求与请求者的应用实例标识符相关联。 应用实例标识符用于将第二请求标识为属于与第一请求相同的请求者,从而授予第二请求以访问资源,同时避免冲突情况。