Even in these cases, the underlying protocol is usually IP-based.
即使在这些情况下，底层协议常常也是基于IP的。
The Internet Protocol defines an IP address as a 32-bit number.
互联网协议将IP地址定义为一个32位的编号。
Every connection that you make to the network is stamped with your IP address.
你跟网络的每一个连接都标有你的互联网协议地址。
Service IP: This is an IP address that can "float" between the nodes.
服务IP：这是可以在多个节点之间“流动”的IP地址。
In the Host name (or IP address) field, type the IP address of your instance.
在主机名(或IP地址)字段中输入您实例的IP地址。
Every instance has a static IP.
每个实例都有一个静态IP。
Create an instance with the IP address.
创建具有这个IP地址的一个实例。
So why even worry about IP spoofing?
因此为什么还要担心IP欺骗呢？
Any fully specified IP address.
任何完全指定的IP地址。
But all they really need is your IP address.
但是他们真正需要的是你的IP地址。
Hence, service IP should be kept highly available.
因此，服务IP应该保持高可用性。
The IP address of the remote server.
远程服务器的IP地址
The first two networks are normal IP networks.
前两个网络是普通的IP网络。
IP地址：128.209.67.54。
IP地址：128.209.61.4。
Most applications require that the IP address be highly available.
大多数应用程序都要求IP是高度可用的。
IP地址：128.209.61.3。
IP地址：128.209.61.76。
IP地址：128.209.61.75。
IP地址：128.209.67.55。
IP地址：192.168.128.102。
Map MAC address of different nodes to IP addresses.
将不同节点的MAC地址映射为IP地址。
Let's start with an overview of the IP stack.
下面让我们开始介绍ip堆栈的内容。
And IP protection has been a real barrier in the past.
知识产权的保护在过去是一个真正的障碍。
The application must have IP connectivity during initial registration.
应用程序在第一次注册期间必须具有IP连接。
So how can you work climate change into your IP strategy?
那么，你该怎样把气候变化纳入你的知识产权战略中去呢？
The primary should also take over the cluster IP.
主节点应该同时接管群集IP。
The host name can map to only one IP address.
主机名只能映射到一个IP地址。
Enter the IP address for the front side handler.
输入前端处理程序的IP地址。
Obviously, the machines know each others' IP address.
显然，计算机可以获得其他机器的 IP 地址。
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