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    • 32. 发明申请
    • Multimode authentication using VOIP
    • 使用VOIP进行多模式认证
    • US20070283142A1
    • 2007-12-06
    • US11447470
    • 2006-06-05
    • David MilsteinPhilip Andrew ChouScott C. ForbesTimothy M. Moore
    • David MilsteinPhilip Andrew ChouScott C. ForbesTimothy M. Moore
    • H04L9/00
    • H04L63/08H04L65/1069
    • Generally described, multimode authentication over a VoIP communication channel is provided. A calling client and a called client may be authenticated for a communication channel establishment. When a calling client requests a call connection with a called client, the calling client is authenticated for the communication channel, based on exchanged contextual information between the calling client and the called client. Likewise, the called client is authenticated for the communication channel by the calling client. Upon authentication, a communication channel is established, over which the calling client and the called client are allowed to exchange more contextual and voice/multimedia information. During a conversation, when a secured service is desired by any of the clients, a series of authentication processes can be performed to grant access to the secured service over the communication channel without loss of the communication channel connection.
    • 通常描述,提供了通过VoIP通信信道的多模式认证。 呼叫客户端和被叫客户端可以被认证用于通信信道建立。 当主叫客户端请求与被叫客户端的呼叫连接时,根据主叫客户端和被叫客户端之间交换的上下文信息,对通信信道对呼叫客户端进行身份验证。 同样地,被叫客户端被呼叫客户端认证为通信信道。 在认证时,建立通信信道,通过该通信信道,主叫客户端和被叫客户端被允许交换更多的上下文和语音/多媒体信息。 在对话期间,当任何客户端希望获得安全服务时,可以执行一系列认证过程,以通过通信信道授予对安全服务的访问,而不会丢失通信信道连接。
    • 37. 发明授权
    • Automatic detection of wireless network type
    • 自动检测无线网络类型
    • US08477943B2
    • 2013-07-02
    • US12403851
    • 2009-03-13
    • Jean-Pierre DuplessisSean LyndersayAnton KrantzMohammad S. AlamAshwin PalekarTimothy M. Moore
    • Jean-Pierre DuplessisSean LyndersayAnton KrantzMohammad S. AlamAshwin PalekarTimothy M. Moore
    • H04K1/00H04B1/16H04W4/00
    • H04W12/06H04L63/0428H04L63/06H04L63/20H04L63/205H04W12/04H04W48/16H04W84/12
    • A system and method for facilitating automatic detection of a type of wireless network is provided. In accordance with an aspect of the present invention, wireless network client(s) can automatically detect the “type” of a network (e.g., method of authentication and encryption) without requiring input from the user. For example, unencrypted network, WEP encrypted network requiring a WEP key, WPA encrypted network requiring a pre-shared key, an IEEE 802.1x enabled network supporting WPA and/or an IEEE 802.1x enabled network not supporting WPA. In accordance with an aspect of the present invention, a wireless network detection system having a connection component and a detection component is provided. The connection component facilitates connection of a client system to at least one of a plurality of wireless networks. The detection component identities a type of an available wireless network. Identification can be based for example, upon information received in an information element and/or iterative probing of the wireless network beacon.
    • 提供了一种便于自动检测一种无线网络的系统和方法。 根据本发明的一个方面,无线网络客户端可以自动地检测网络的“类型”(例如,认证和加密的方法),而不需要用户的输入。 例如,未加密网络,需要WEP密钥的WEP加密网络,需要预共享密钥的WPA加密网络,支持WPA的支持IEEE 802.1x的网络和/或不支持WPA的支持IEEE 802.1x的网络。 根据本发明的一个方面,提供一种具有连接部件和检测部件的无线网络检测系统。 连接组件便于将客户端系统连接到多个无线网络中的至少一个。 检测组件识别可用无线网络的类型。 识别可以基于例如在信息元素中接收的信息和/或无线网络信标的迭代探测。
    • 38. 发明申请
    • ADAPTIVE BANDWIDTH ESTIMATION
    • 自适应带宽估计
    • US20130114421A1
    • 2013-05-09
    • US13288968
    • 2011-11-04
    • Tin QianJin LiTanner M. HodgesonSanjeev MehrotraJiannan ZhengTimothy M. Moore
    • Tin QianJin LiTanner M. HodgesonSanjeev MehrotraJiannan ZhengTimothy M. Moore
    • H04L12/26
    • H04L43/0829H04L43/0852H04L43/16
    • It can be determined whether relative one way delay for data packets in a data stream exceeds a delay threshold. If so, then a delay congestion signal indicating that the relative one way delay exceeds the delay threshold can be generated. The delay congestion signal can be used in calculating an adaptive bandwidth estimate for the data stream. A packet loss rate congestion signal may also be used in calculating the bandwidth estimate. It can be determined whether a data stream of data packets is in a contention state. If the data stream is in the contention state, then an adaptive bandwidth estimate can be calculated for the data stream using a first bandwidth estimation technique. If the data stream is not in the contention state, then the bandwidth estimate for the data stream can be calculated using a second bandwidth estimation technique.
    • 可以确定数据流中的数据分组的相对单向延迟是否超过延迟阈值。 如果是,则可以产生指示相对单向延迟超过延迟阈值的延迟拥塞信号。 延迟拥塞信号可用于计算数据流的自适应带宽估计。 丢包率拥塞信号也可用于计算带宽估计。 可以确定数据包的数据流是否处于争用状态。 如果数据流处于竞争状态,则可以使用第一带宽估计技术对数据流计算自适应带宽估计。 如果数据流不处于竞争状态,则可以使用第二带宽估计技术来计算数据流的带宽估计。