As you can see, the NAT router stores the IP address and port number of each computer in the address translation table.
正如你所见，NAT路由器将每台计算机的IP地址和端口号都存储在地址转换表中。
Similarly, those tiny little router/NAT boxes are pretty cool specialized hardware; they're generally fanless and silent with multiple Ethernet ports and sometimes a wireless port.
同样，这些微型的小路由器/NAT盒子是非常酷的专用硬件；它们通常没有风扇，安安静静，而且有多个以太端口，有时还有无线端口。
Define the port as a NAT port.
定义端口为NAT端口。
Since the NAT router now has the computer's source address and source port saved to the address translation table, it will continue to use that same port number for the duration of the connection.
由于nat路由器现在已经拥有了这台计算机保存在地址转换表中的的源地址和源端口号，它将会在有效期内继续使用同一个端口号进行转换。
So any external network sees the NAT router's IP address and the port number assigned by the router as the source computer information on each packet.
这样任何一台处于外部网络的计算机都会在发送给它的数据包里找到NAT的IP地址和由路由器分配的端口号。
To solve the problem of Session Initiation Protocol(SIP) traversing Network Address Translator(NAT), this paper describes a new method based on port detection.
针对会话发起协议（SIP）穿越网络地址转换（NAT）的问题，提出一种基于端口探测的解决方案。
The symmetrical NAT traversal is achieved by using port prediction method.
通过端口预测方法实现对称型网络地址转换的穿越。
Port prediction allows a host to guess the NAT mapping for a connection before sending the outbound SYN and is discussed in detail later.
端口预报允许一个主机去猜测NAT映射，找到一个在发出外发的SYN包的连接，这个在之后还会讨论到。
Port prediction allows a host to guess the NAT mapping for a connection before sending the outbound SYN and is discussed in detail later.
端口预报允许一个主机去猜测NAT映射，找到一个在发出外发的SYN包的连接，这个在之后还会讨论到。
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