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    • 1. 发明申请
    • EXPEDITED RESOURCE NEGOTIATION IN SIP
    • SIP中的资源调解
    • US20120089739A1
    • 2012-04-12
    • US13275896
    • 2011-10-18
    • Radha TELIKEPALLITadeusz DRWIEGA
    • Radha TELIKEPALLITadeusz DRWIEGA
    • G06F15/16
    • H04L47/722H04L47/765H04L65/1006H04L65/1069H04L69/24
    • A method of expediting resource negotiation in a modified Session Initiation Protocol (SIP) reduces the number of messages exchanged for resource negotiation, thereby reducing the latencies involved in session setup. The method entails sending an INVITE message having a modified SIP header containing an indication that the originator's terminal seeks a fast session setup. The INVITE message further contains a list of all codecs available at the originator's terminal and how many each type of media component are required. These codecs can be provided in an order of preference. The answerer selects the codecs for the requested media types from the list of available codecs without engaging in a back-and-forth resource negotiation for the codecs. The result is that the session can be set up with fewer messages which provides quicker session setup than in the prior art.
    • 在修改的会话发起协议(SIP)中加快资源协商的方法减少了用于资源协商交换的消息的数量,从而减少了会话建立中涉及的延迟。 该方法需要发送具有修改的SIP报头的INVITE消息,其包含发起者的终端寻找快速会话建立的指示。 INVITE消息还包含发起者终端可用的所有编解码器的列表,以及需要多少种类型的媒体组件。 这些编解码器可以按优先顺序提供。 应答者从可用编解码器列表中选择所请求的媒体类型的编解码器,而无需对编解码器进行前后资源协商。 结果是可以通过更少的消息来设置会话,这提供比现有技术更快的会话建立。
    • 2. 发明申请
    • ENHANCED COMMUNICATION BRIDGE
    • 增强通信桥
    • US20100260074A1
    • 2010-10-14
    • US12420976
    • 2009-04-09
    • Francois BLOUINLeigh THORPETim RAHRERTadeusz DRWIEGARafi RABIPOUR
    • Francois BLOUINLeigh THORPETim RAHRERTadeusz DRWIEGARafi RABIPOUR
    • H04L12/16H04M3/42
    • H04L12/462H04L65/1093H04L65/403H04L65/605H04M3/2236H04M7/1205
    • An enhanced communication bridge includes a context interface that enables the audio bridge to learn information about the type of Voice encoder, device, network connection, location, type of call (business vs. personal), identity and position of the individual, and other information about the context of the communication session itself as well as the context of each person joining the communication session. This context information is used to determine how quality of experience targets for the communication as a whole, as well as how each individual contribution should be uniquely processed to attempt to meet the quality of experience targets. Business factors may influence the decision as to the type of processing to be implemented on each of the signals provided by the participants. Corrective action may also be implemented by the bridge on the client network devices as well in the embodiment. The bridge may be centralized or distributed. A video bridge may be implemented as well.
    • 增强的通信桥包括上下文接口,其使得音频桥可以了解关于语音编码器,设备,网络连接,位置,呼叫类型(业务对个人),个体的身份和位置以及其他信息的信息 关于通信会话本身的上下文以及加入通信会话的每个人的上下文。 该上下文信息用于确定整个通信的体验质量的质量以及如何独立处理每个个体贡献以尝试满足体验质量的目标。 业务因素可能影响对参与者提供的每个信号执行的处理类型的决定。 在实施例中也可以通过客户端网络设备上的桥来实现纠正动作。 桥可以集中或分布。 也可以实现视频桥。