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    • 65. 发明授权
    • Network connection hand-off using state transformations
    • 网络连接切换使用状态转换
    • US09253289B2
    • 2016-02-02
    • US14201238
    • 2014-03-07
    • EdgeCast Networks, Inc.
    • Timothy W. HartrickAlexander A. KazeraniJayson G. Sakata
    • G06F15/16H04L29/06
    • H04L67/42H04L69/161H04L69/163
    • Some embodiments provide a director agent, a server agent, and a specialized hand-off protocol for improving scalability and resource usage within a server farm. A first network connection is established between a client and the director agent in order to receive a content request from the client from which to select a server from a set of servers that is responsible for hosting the requested content. A second network connection is established between the server agent that is associated with the selected server and a protocol stack of the selected server. The first network connection is handed-off to the server agent using the specialized hand-off protocol. The server agent performs network connection state parameter transformations between the two connections to create a network connection through which content can be passed from the selected server to the client without passing through the director.
    • 一些实施例提供了一个导演代理,一个服务器代理和一个专门的切换协议,用于改进服务器场内的可扩展性和资源使用。 在客户机和导演代理之间建立第一网络连接,以便从负责托管所请求的内容的一组服务器中从客户端接收内容请求,从该服务器中选择一个服务器。 在与所选择的服务器相关联的服务器代理和所选服务器的协议栈之间建立第二网络连接。 使用专门的切换协议将第一个网络连接切换到服务器代理。 服务器代理在两个连接之间执行网络连接状态参数转换,以创建网络连接,通过该网络连接,内容可以从选定的服务器传递到客户端,而不通过导演。
    • 66. 发明授权
    • Method and system for network data flow management
    • 网络数据流管理方法与系统
    • US09210238B2
    • 2015-12-08
    • US13723428
    • 2012-12-21
    • Sandvine Incorporated ULC
    • Scot Loach
    • H04L29/08H04L29/06H04L12/801H04L12/893
    • H04L69/02H04L47/17H04L47/19H04L47/193H04L47/37H04L47/40H04L67/32H04L69/163
    • A network data flow management device including: a working packet module configured to store data related to a data flow; at least one network interface connected to the working packet module for receiving and sending data related to data flows; and a processor configured to: receive data from the working packet module and determine if the data flow matches a predetermined protocol; and if the data flow matches the predetermined protocol, send predictive acknowledgments based on the data flow via the network interface. A method for network data flow management including: monitoring a data flow for a predetermined protocol; if the data flow matches the predetermined protocol, saving data relating to the data flow; and creating and sending a predictive acknowledgement packet related to the data flow.
    • 一种网络数据流管理装置,包括:工作分组模块,被配置为存储与数据流有关的数据; 连接到工作分组模块的至少一个网络接口,用于接收和发送与数据流有关的数据; 以及处理器,被配置为:从所述工作分组模块接收数据并确定所述数据流是否与预定协议一致; 并且如果数据流与预定协议匹配,则经由网络接口​​基于数据流发送预测确认。 一种用于网络数据流管理的方法,包括:监视预定协议的数据流; 如果数据流与预定协议相匹配,则保存与数据流有关的数据; 以及创建和发送与数据流相关的预测确认分组。
    • 67. 发明申请
    • AUTHENTICATING THE IDENTITY OF INITIATORS OF TCP CONNECTIONS
    • 认证TCP连接的发起者的身份
    • US20150333912A1
    • 2015-11-19
    • US14659995
    • 2015-03-17
    • CloudFlare, Inc.
    • John Graham-Cumming
    • H04L9/32H04L29/06
    • H04L9/3239H04L9/12H04L9/3271H04L69/163
    • A Transmission Control Protocol (TCP) receiver receives a SYN segment from a TCP initiator that initiates a TCP handshake between the TCP initiator and a TCP server. A first value is extracted from a predefined portion of the SYN segment. A second value is computed using an authentication algorithm that includes at least using a cryptographic hash function that takes as input at least the source IP address of the encapsulating IP packet of the SYN segment and a shared secret between the TCP initiator and the TCP receiver. If the computed second value matches the extracted first value, then the TCP handshake is allowed to continue. If the computed second value does not match the extracted first value, then the TCP handshake is not allowed to continue.
    • 传输控制协议(TCP)接收器从TCP启动器接收SYN段,该TCP启动器在TCP启动器和TCP服务器之间发起TCP握手。 从SYN段的预定义部分提取第一值。 使用认证算法计算第二值,所述认证算法至少包括使用加密散列函数,所述加密散列函数至少将SYN段的封装IP分组的源IP地址和TCP启动器与TCP接收者之间的共享密钥作为输入。 如果计算出的第二个值与提取的第一个值匹配,则允许TCP握手继续。 如果计算出的第二个值与提取的第一个值不匹配,则不允许TCP握手继续。