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    • 25. 发明授权
    • Conferencing and announcement generation for wireless VoIP and VoATM calls
    • 无线VoIP和VoATM呼叫的会议和公告生成
    • US06392999B1
    • 2002-05-21
    • US09515482
    • 2000-02-29
    • Chung-Zin LiuKenneth Wayne Strom
    • Chung-Zin LiuKenneth Wayne Strom
    • H04J312
    • H04M7/0072H04M3/56H04M7/1245H04M2203/5018H04M2207/18H04M2207/206H04Q2213/13034H04Q2213/13098H04Q2213/13196H04Q2213/13209H04Q2213/1329H04Q2213/13292H04Q2213/13294H04Q2213/13389H04W4/12H04W88/18H04W88/181
    • A telecommunication system routes wireless-specific digital frames from a first wireless communication device across a data-oriented network, without vocoding, for information delivery to a second communication device while implementing multi-party conferencing and tone/announcement generating functionality. Tone and announcement generation services are provided while the call path retains the wireless-specific digital frame format between the first wireless communication device and the terminating gateway. When tones are generated by the first wireless communication device, signaling messages are sent directly to the terminating gateway vocoder to initiate the generation of full rate DTMF tones at the terminating network. When tones and announcements are sent to the first wireless communication device, a resource server, working together with a feature server, generates a wireless-encoded version of the tone or announcement. This wireless-encoded version is then sent to the first wireless communication device, where an audible version of the tone or announcement is produced. When multi-party conferencing is initiated, the first call is established via wireless-specific digital frame communication. The first call is placed on hold while the second call is completed using a digital wireline format (e.g., PCM). Through vocoding, the first call's connection is re-negotiated to match the digital wireline format of the second call. To complete the conference call, the two calls are combined in the conference circuit as a composite digital wireline traffic stream.
    • 电信系统通过面向数据的网络将无线特定的数字帧跨越面向数据的网络路由,而无需声码,用于在实现多方会议和音调/通告生成功能的同时向第二通信设备发送信息。 在呼叫路径保持第一无线通信设备和终接网关之间的无线特定数字帧格式的同时提供音调和通知生成服务。 当由第一无线通信设备生成音调时,信令消息被直接发送到终端网关声码器,以在终端网络发起全速率DTMF音的产生。 当音调和通知被发送到第一无线通信设备时,与特征服务器一起工作的资源服务器产生无线编码版本的音调或通知。 然后,该无线编码版本被发送到第一无线通信设备,其中产生音调或通知的可听版本。 当多方会议启动时,首先通过无线特定的数字帧通信建立呼叫。 当使用数字有线格式(例如,PCM)完成第二个呼叫时,第一个呼叫被置于保持状态。 通过声码,第一呼叫的连接被重新协商以匹配第二呼叫的数字有线格式。 要完成电话会议,两个呼叫在会议电路中组合为复合数字有线业务流。
    • 29. 发明申请
    • Packet filtering/classification and/or policy control support from both visited and home networks
    • 来自访问和家庭网络的包过滤/分类和/或策略控制支持
    • US20090037999A1
    • 2009-02-05
    • US11888175
    • 2007-07-31
    • Thomas W. AndersonChung-Zin LiuHarold A. LassersStinson S. Mathai
    • Thomas W. AndersonChung-Zin LiuHarold A. LassersStinson S. Mathai
    • G06F9/00
    • H04W28/16H04L69/14H04W8/082H04W76/10H04W80/04H04W80/10
    • A method of supporting access to a selected Internet Protocol (IP) multimedia application via an IP Multimedia Subsystem (IMS) is provided for a roaming mobile node (MN)—i.e., user equipment (UE) (10)—served by a wireless telecommunications system. The method includes: establishing a first IP tunnel (20) between the UE (10) and a local access gateway (30) of a visited network in which the UE (10) is roaming, the first tunnel (20) being anchored at the local access gateway (30); establishing a second IP tunnel (22′) between the UE (10) and a home gateway (40′) of a home network to which the UE (10) belongs, the second tunnel (22′) being anchored at the home gateway (40′); receiving data packets at the local access gateway (30) for the UE (10); filtering the packets received at the local access gateway (30) to suitably classify corresponding traffic into one of a plurality of data flows (20a, 20b, . . . 20n) supported within the first tunnel (20) at varying Quality of Service (QoS) levels; receiving data packets at the home gateway (40′) for the UE (10); and, filtering the packets received at the home gateway (40′) to suitably classify corresponding traffic into one of a plurality of data flows (22a, 22b, . . . 22n) supported within the second tunnel (22′) at varying QoS levels.
    • 为漫游移动节点(MN)提供支持通过IP多媒体子系统(IMS)对所选择的因特网协议(IP)多媒体应用的访问的方法,即由无线电信服务的用户设备(UE)(10) 系统。 该方法包括:在UE(10)和UE(10)正在漫游的被访问网络的本地接入网关(30)之间建立第一IP隧道(20),第一隧道(20)锚定在 本地接入网关(30); 在所述UE(10)和所述UE(10)所属的归属网络的家庭网关(40')之间建立第二IP隧道(22'),所述第二隧道(22')锚定在所述家庭网关 40'); 在所述UE(10)的本地接入网关(30)处接收数据分组; 过滤在本地接入网关(30)处接收到的分组,以适当地将对应的流量分类为在改变服务质量(QoS)的情况下支持在第一隧道(20)内的多个数据流(20a,20b,...,20n)之一 )水平; 在所述家庭网关(40')处为所述UE(10)接收数据分组; 并且对在家庭网关(40')处接收到的分组进行过滤以将相应的业务适当地分类为在不同QoS级别下支持在第二隧道(22')内的多个数据流(22a,22b,...,22n)中的一个 。