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Communication embodiments and low latency path selection in a multi-topology network

机译:多拓扑网络中的通信实施例和低等待时间路径选择

摘要

In one embodiment, a source device (e.g., a VOIP phone) establishes a call connection with a remote device depending on which of multiple network paths provides an acceptable latency (e.g., a lower latency). For example, in response to receiving a request to establish a connection with a remote destination device over a network, the source device (e.g., a caller's phone) obtains multiple service code values. The source device encodes each of multiple data packets to include a unique service code value for transmission of the messages over different network topologies to a remote destination. Thus, when transmitted, each of the multiple messages follows a different logical network topology of a network as specified by a respective service code value. Based on feedback from a remote device that receives the multiple messages, the source learns a preferred logical network topology of the network for establishing the call connection.
机译:在一个实施例中,源设备(例如,VOIP电话)根据多个网络路径中的哪一个提供可接受的等待时间(例如,较低的等待时间)与远程设备建立呼叫连接。例如,响应于接收到通过网络与远程目的地设备建立连接的请求,源设备(例如,呼叫者的电话)获得多个服务代码值。源设备对多个数据包中的每个数据包进行编码,以包括唯一的服务代码值,以便通过不同的网络拓扑将消息传输到远程目标。因此,当发送时,多个消息中的每个消息遵循由相应的服务代码值指定的网络的不同逻辑网络拓扑。基于来自接收多个消息的远程设备的反馈,源了解用于建立呼叫连接的网络的优选逻辑网络拓扑。

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