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    • 63. 发明申请
    • TRANSITIVE AUTHENTICATION AUTHORIZATION ACCOUNTING IN INTERWORKING BETWEEN ACCESS NETWORKS
    • 访问网络之间的接口中的过度认证授权
    • WO2003092218A1
    • 2003-11-06
    • PCT/US2003/007623
    • 2003-03-12
    • THOMSON LICENSING S.A.ZHANG, Junbiao
    • ZHANG, Junbiao
    • H04L9/00
    • H04L63/18H04L63/0435H04L63/0442H04L63/06H04L63/062H04L63/08H04L63/0884H04L63/0892H04L63/101H04L2463/062H04W8/26H04W12/04H04W12/08H04W60/00H04W60/04H04W74/00H04W80/04H04W84/042H04W84/12H04W88/06H04W92/02
    • A method and a system for allowing a user device (240) that has already been authenticated by a first communications network to gain access to a second communications network without undergoing authentication by the second communications network. The first communications network and the second communications network have a pre-established trust relationship there between. A packet is received from the user device (240) that includes a user device public key, by the second network via the first network (210). A session key is sent from the second network (220) to the user device (240), via the first network (210), when a source Internet Protocol (IP) address associated with the packet falls into a range allocated to the first network (210). The session key is encrypted with the user device public key. The user device decrypts the session key using a private key and uses the session key thereafter to access the second network (220). Further a mapping is generated to correlate the identity of the user device (240) with the session key such that usage data related to the user device (240) is generated by the second communications network and transmitted to the first communications network, which generates accounting information indicative of user device (240) access of the second communications network.
    • 一种方法和系统,用于允许已经由第一通信网络认证的用户设备(240)获得对第二通信网络的访问,而不经由第二通信网络的认证。 第一通信网络和第二通信网络之间具有预先建立的信任关系。 经由第一网络(210)由第二网络从包括用户设备公钥的用户设备(240)接收分组。 当与分组相关联的源互联网协议(IP)地址落入分配给第一网络的范围时,会话密钥经由第一网络(210)从第二网络(220)发送到用户设备(240) (210)。 会话密钥用用户设备公钥加密。 用户设备使用专用密钥解密会话密钥,并且此后使用会话密钥来访问第二网络(220)。 此外,生成映射以将用户设备(240)的身份与会话密钥相关联,使得与用户设备(240)相关的使用数据由第二通信网络生成并发送到第一通信网络,其产生会计 指示第二通信网络的用户设备(240)访问的信息。
    • 67. 发明申请
    • NETWORK APPARATUS AND CONTROLLING METHOD THEREFORE
    • 网络设备及其控制方法
    • WO2009127734A1
    • 2009-10-22
    • PCT/EP2009/054652
    • 2009-04-20
    • THOMSON LicensingLIANG, Wen JingZHANG, JunbiaoYU, Jin Fei
    • LIANG, Wen JingZHANG, JunbiaoYU, Jin Fei
    • H04L12/413H04L1/00H04L12/56
    • H04L12/413H04L1/0002H04L12/2801H04L12/40136H04L47/10Y02D50/10
    • The present invention provides a network apparatus in a multi-rate shared medium network and controlling method therefore. The apparatus accesses the shared medium using a contention based shared medium access protocol, wherein said apparatus is able to use a plurality of physical layer rates over the shared access medium. One of the plurality of physical layer rates is set as the rated physical layer rate of the apparatus corresponding to a rated application layer bandwidth. The method comprises the steps of determining the real physical layer rate of the apparatus; and upon detection of the real physical layer rate being lower than the rated physical layer rate, adjusting the real application layer bandwidth of the apparatus to be lower than the rated application layer bandwidth. According to the invention, the shared medium is controlled and managed as a communication resource to prevent one or some faulty CPEs from negatively influencing the application layer bandwidth of normal ones so that the normal CPEs and the network on the whole can work properly under such a condition.
    • 本发明提供一种多速率共享介质网络中的网络装置及其控制方法。 该装置使用基于竞争的共享介质访问协议访问共享介质,其中所述装置能够在共享访问介质上使用多个物理层速率。 将多个物理层速率中的一个设置为对应于额定应用层带宽的设备的额定物理层速率。 该方法包括以下步骤:确定设备的实际物理层速率; 并且在检测到实际物理层速率低于额定物理层速率时,将设备的实际应用层带宽调整为低于额定应用层带宽。 根据本发明,共享介质作为通信资源进行控制和管理,以防止一个或一个故障CPE对正常CPE的应用层带宽负面影响,使得正常CPE和网络整体可以在这样的 条件。
    • 69. 发明申请
    • METHOD AND APPARATUS FOR COMMUNICATING IN MULTIPLE MODES
    • 用于在多种模式中进行通信的方法和装置
    • WO2009026745A1
    • 2009-03-05
    • PCT/CN2007/002613
    • 2007-08-31
    • THOMSON LICENSINGYU, JinfeiZHANG, ZhigangZHANG, Junbiao
    • YU, JinfeiZHANG, ZhigangZHANG, Junbiao
    • H04J3/00H04L12/403H04N7/10
    • H04L12/2859H04L12/2801H04L12/2874H04W74/02H04W74/04H04W74/06H04W88/06
    • An implementation provides sporadic uplink traffic transmission in a data over fixed line environment. A polling time slot can be added to the TDF superframe and can enable an access point to poll stations to determine whether an uplink channel for supporting sporadic user controlling messages (e.g., video on demand) over a cable access network. Such an implementation may eliminate the need for the TDF stations (STAs) to register with and request an uplink channel to the access point for receiving the sporadic user controlling messages. In an implementation, a frame structure (2100) is used for communication. The frame structure supports at least two communication modes. The communication modes include a time division mode in which a slot in the frame structure is reserved for a device and a polling mode in which a polling slot in the frame structure is used by multiple devices for data communication.
    • 实现在固定线路环境中的数据中提供零星上行流量传输。 可以将轮询时隙添加到TDF超帧,并且可以使接入点能够轮询站,以确定用于通过有线接入网络支持零星用户控制消息(例如,视频点播)的上行链路信道。 这种实现可以消除对TDF站(STA)向接入点注册和请求上行链路信道以接收零星用户控制消息的需要。 在实现中,帧结构(2100)用于通信。 帧结构支持至少两种通信模式。 通信模式包括其中帧结构中的时隙被保留用于设备的时分模式和其中帧结构中的轮询时隙被多个设备用于数据通信的轮询模式。