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NAT Traversing Solutions for SIP Applications

机译:SIP应用程序的NAT遍历解决方案

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摘要

Session Initiation Protocol (SIP) has been proposed for multimedia services and wide-area connectivity in smart home environments (SHEs). An important issue for SIP deployment in SHEs is network address translator (NAT) traversing. SIP and Real-time Transport Protocol (RTP) packets are delivered between an SHE (i.e., private IP network) and Internet (i.e., a public IP network) through an NAT function of a home gateway, and the NAT translates the IP/transport layer address and port number but leaves the application layer content unchanged. This results in inconsistency between the IP addresses/port numbers in the IP/transport layers and those in the SIP layer. To resolve this issue, we describe six solutions including static route, UPnP, STUN, ICE, ALG, and SBC. Then we compare these solutions in terms of smart home appliance (SHA) modification, scope of NATs supported, multilayer NAT traversal, ease of configuration, security issue, and time complexities.
机译:会话发起协议(SIP)已被提出用于多媒体服务和智能家居环境(SHE)中的广域连接。在SHE中部署SIP的一个重要问题是网络地址转换器(NAT)遍历。 SIP和实时传输协议(RTP)数据包通过家庭网关的NAT功能在SHE(即专用IP网络)和Internet(即公共IP网络)之间传递,并且NAT转换IP /传输层地址和端口号,但保留应用程序层内容不变。这导致IP /传输层中的IP地址/端口号与SIP层中的IP地址/端口号不一致。为了解决此问题,我们描述了六个解决方案,包括静态路由,UPnP,STUN,ICE,ALG和SBC。然后,我们从智能家电(SHA)修改,支持的NAT范围,多层NAT遍历,易于配置,安全性和时间复杂性方面比较这些解决方案。

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