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    • 1. 发明授权
    • Method and system for accessing internet resources through a proxy using the form-based authentication
    • 使用基于表单的认证通过代理访问互联网资源的方法和系统
    • US07475146B2
    • 2009-01-06
    • US10720554
    • 2003-11-24
    • Philippe BazotJean Jacques LegollFabrice LivigniGerard Marmigere
    • Philippe BazotJean Jacques LegollFabrice LivigniGerard Marmigere
    • G06F15/16
    • H04L63/0815G06F21/41H04L63/0884
    • Data transmission system including a proxy connected to the Internet network and at least a content server to which a user can gain access by the intermediary of the proxy, the proxy being associated with authentication means adapted to perform form-based authentication of the user when receiving a user request for Internet resources therefrom and wherein the proxy transmits the user request to the content server which sends back a response to the proxy. The authentication means comprise a Single Sign-On (SSO) server adapted to obtain a login form from the content server when receiving the user request from the proxy, to fill the login form by using the credentials associated with the user and to send back the filled login form thereby, playing the role of the user regarding the content server, so that the content server can provide the requested information after authentication of the user.
    • 数据传输系统,包括连接到因特网网络的代理和至少一个用户可以通过代理中介获取访问的内容服务器,所述代理与验证装置相关联,所述认证装置适于在接收时执行基于用户的基于表单的认证 用户从其请求互联网资源,并且其中代理将用户请求发送到向代理发送回应的内容服务器。 认证装置包括一个单点登录(SSO)服务器,用于当从代理接收到用户请求时,从内容服务器获取一个登录表单,通过使用与用户相关联的凭证来填写登录表单,并发回 填充登录表单,扮演用户关于内容服务器的角色,使得内容服务器可以在用户认证之后提供所请求的信息。
    • 2. 发明授权
    • Method and system for accessing intelligent network service applications
    • 访问智能网服务应用的方法和系统
    • US06769026B1
    • 2004-07-27
    • US09620265
    • 2000-07-19
    • Olivier CasileJean-Jacques Legoll
    • Olivier CasileJean-Jacques Legoll
    • G06F1516
    • H04Q3/0029H04Q2213/1305H04Q2213/13176H04Q2213/13204H04Q2213/13345H04Q2213/13546
    • A system operating in the intelligent peripheral servers (IP) of an intelligent network, allowing a telephone user to access the service applications (SLPs) of the peripheral server it is connected to or other service applications (SLPs) located on a remote server (SCP) of the intelligent network. The system comprises a programming interface to develop service applications operating in the intelligent peripheral and a handler modifying the standardized communication protocol between the intelligent peripheral server and the remote servers. The service applications located in the servers (IP and SCP) are developed using the programming interface, the handler being adapted to each intelligent network protocol such as ITU/ETSI or BELLCORE or WIN standards used in direct mode, through a direct network communication between the remote and intelligent peripheral servers or a communication through the central exchange (SSP) of the switched telephone network to which the telephone user is connected.
    • 一种在智能网络的智能外围服务器(IP)中运行的系统,允许电话用户访问其连接的外围服务器的服务应用(SLP)或位于远程服务器(SCP)上的其他服务应用(SLP) )的智能网络。 该系统包括用于开发在智能外设中操作的服务应用的编程接口,以及修改智能外设服务器与远程服务器之间的标准化通信协议的处理程序。 位于服务器(IP和SCP)中的服务应用程序是使用编程接口开发的,该处理程序适用于诸如ITU / ETSI或BELLCORE之间的每个智能网络协议或直接模式下使用的WIN标准,通过直接网络通信 远程和智能外围服务器或通过电话用户连接的交换电话网络的中央交换机(SSP)的通信。
    • 4. 发明授权
    • Flow control technique for traffic in a high speed packet switching network
    • 用于高速分组交换网络流量的流量控制技术
    • US06388992B2
    • 2002-05-14
    • US09748593
    • 2000-12-22
    • Denis AubertAnne ChabannetJean-Jacques LegollEdmond PlattierMichel SzczapRene Mariotti
    • Denis AubertAnne ChabannetJean-Jacques LegollEdmond PlattierMichel SzczapRene Mariotti
    • G01R3108
    • H04L47/10H04L12/2854H04L47/29
    • A flow control mechanism for use in a high speed packet switching network where calls are multiplexed on network trunks with each connection using a reserved amount of the total bandwidth. Data terminal equipments access the network via access nodes. Each access node includes a Leaky Bucket component which maintains a refillable token pool. Each time an incoming packet is received by the leaky bucket component, the number of available tokens is compared to two predetermined threshold values. If the number of tokens is less than the low threshold, acknowledgments of received packets are stopped, inducing an interruption of packets transmitted by the emitting terminals. Interrupting packet transmission will lead to a regeneration of the number of tokens in the token pool. If the number of tokens reaches the high threshold, acknowledgments are again generated to restore packet transmissions. The first and second thresholds are greater than zero, reducing the chances that a packet will be marked as being discardable.
    • 一种在高速分组交换网络中使用的流量控制机制,其中呼叫在具有每个连接的网络中继线上被复用在总带宽的保留量上。 数据终端设备通过接入节点接入网络。 每个访问节点都包含一个可维护令牌池的Leaky Bucket组件。 每当泄漏桶组件接收到一个输入数据包时,将可用令牌的数量与两个预定阈值进行比较。 如果令牌的数量小于低阈值,则接收到的分组的确认被停止,导致发射终端发送的分组的中断。 中断分组传输将导致令牌池中的令牌数的再生。 如果令牌的数量达到高阈值,则再次产生确认以恢复分组传输。 第一个和第二个阈值大于零,减少了一个数据包被标记为可丢弃的机会。
    • 5. 发明授权
    • Flow control technique for X.25 traffic in a high speed packet switching
network
    • 高速分组交换网络中X.25流量的流量控制技术
    • US6167027A
    • 2000-12-26
    • US935758
    • 1997-09-23
    • Denis AubertAnne ChabannetJean-Jacques LegollEdmond PlattierMichel SzczapRene Mariotti
    • Denis AubertAnne ChabannetJean-Jacques LegollEdmond PlattierMichel SzczapRene Mariotti
    • H04L12/28H04L12/801H04L5/12
    • H04L47/10H04L12/2854H04L47/29
    • A preventive X.25 flow control mechanism for use in a high speed packet switching network where calls are multiplexed on network trunks with each connection using a reserved amount of the total bandwidth. X.25 data terminal equipments access the network via access nodes. Each access node includes a Leaky Bucket component which maintains a refillable token pool. Each time an incoming packet is received by the leaky bucket component, the number of available tokens is compared to two predetermined threshold values. If the number of tokens is less than the low threshold, acknowledgments of received packets are stopped, inducing an interruption of packets transmitted by the emitting attached X.25 terminals. Interrupting packet transmission will lead to a regeneration of the number of tokens in the token pool. If the number of tokens reaches the high threshold, acknowledgments are again generated to restore packet transmissions. The first and second thresholds are greater than zero, reducing the chances that a packet will be marked as being discardable.
    • 一种用于高速分组交换网络的预防性X.25流量控制机制,其中呼叫在网络中继线上多路复用,每个连接使用总带宽的保留量。 X.25数据终端设备经由接入节点接入网络。 每个访问节点都包含一个可维护令牌池的Leaky Bucket组件。 每当泄漏桶组件接收到一个输入数据包时,将可用令牌的数量与两个预定阈值进行比较。 如果令牌数小于低阈值,则停止接收到的数据包的确认,从而导致发射的附加X.25终端发送的数据包中断。 中断分组传输将导致令牌池中的令牌数的再生。 如果令牌的数量达到高阈值,则再次产生确认以恢复分组传输。 第一个和第二个阈值大于零,减少了一个数据包被标记为可丢弃的机会。