All network devices have an ARP table, a short-term memory of all the IP addresses and MAC addresses the device has already matched together.
所有的网络设备都有一个ARP映射表，就是内存里的一小段存储着目前该设备已经匹配的IP地址和MAC地址对。
If you manage a small network, you might try using static IP addresses and static ARP tables.
如果你管理着一个小型网络，你或许可以试试使用静态ip地址和静态ARP映射表。
ARP USES a similar technique to associate an IP address to the MAC address.
ARP运用了相似的技术来将IP地址和MAC地址联系起来。
It usually involves an ARP broadcast (address resolution protocol) that informs the network infrastructure that an IP address has moved.
这通常包括ARP广播(地址解析协议)，通知网络基础架构一个IP地址已经发生了移动。
ARP is the universal tool for matching IP addresses to MAC addresses.
ARP是把IP地址映射到MAC地址的通用工具。
The printer recognizes its own IP in the request and sends an ARP Reply: "Hey, my IP address is 192."168.0.45.
这台打印机发现它的IP地址就是请求里的IP地址，于是它发送一个ARP响应：“嘿，我的IP地址是192.”168.0.45。
It sends the print job to the correct device, and it also associates the printer's MAC address of 00:90:7f: 12: DE: 7f with the printer's IP address of 192.168.0.45 in its ARP table.
它现在能将这个打印任务发给正确的设备(打印机，译者注)，并且在它的ARP映射表里将打印机的MAC地址00：9 0：7F：12：DE：7f和它的IP地址192.168.0.45关联起来。
Function inet_init also initializes the various inet modules, such as the ARP, ICMP, the IP modules, and the TCP and UDP modules.
函数inet _ init也会对各个inet模块进行初始化，例如ARP、ICMP和IP模块，以及TCP和UDP模块。
When the hardware address is received, both the IP address and hardware address are stored as an entry in the local ARP cache.
当收到硬件地址时，源主机就把IP地址和硬件地址当作入口存储在本地ARP高速缓存中。
If the receiving hosts IP address matches the requested IP address, an ARP reply is formulated with the requested hardware address and sent directly to the source host.
如果接收方主机ip地址与要求的IP地址匹配，就生成一个包括发送方所要求的硬件地址的ARP回应帧，并直接发送给源主机。
If server and client are on the same network, you will have to use ARP. This protocol is designed to get the MAC address to a given IP address.
如果客户端和服务器在同一网络，你将不得不使用ARP。本协议的目的是获取MAC地址到一个给定的IP地址。
The ARP protocol is used by IP to find the hardware address of a computer network card based on the IP address.
ARP协议的作用是通过IP来查找建立在IP地址之上的计算机网卡硬件地址。
When IP needs a hardware address, ARP first consults the ARP cache for the hardware address that corresponds to the destination IP address.
当IP协议需要某一硬件地址时，地址解析协议首先向ARP高速缓存询问与目的地IP地址相应的硬件地址。
The prevention of ARP must be set up in the basis of trusting IP address and MAC address.
对于ARP的预防，须建立在IP地址与MAC地址两者的信任基础上。
Via address resolution protocol in data link layer, hackers can launch various attacks, such as IP conflict attack, ARP deceive attack and ARP overflow attack.
利用数据链路层地址解析协议(ARP)可以进行IP冲突、ARP欺骗、ARP溢出等方式的网络攻击。
The ARP spoofing is one of the spoofing on the network, which allows an attacker to redirect the IP packets on a network segment of Ethernet so that he can get the trust of the target host.
ARP协议欺骗是网络欺骗行为之一，它使得攻击者可以重定向一个以太网段上的IP数据报以取得目标主机的信任。
As analysing the principle of the ARP spoofing, some solutions for the spoofing are mentioned, such as the binding of MAC IP address and the configuration of switch.
随后分析了ARP欺骗的实现原理，给出了MACIP绑定、交换机设置等一系列解决问题的方案。
ARP spoofing is defended effectively by binding IP and MAC or processing the ICMP redirect messages.
通过对IP与MAC地址的绑定和对ICMP重定向报文的处理，有效地对ARP欺骗进行防范。
Every kid heard every name, but answered only to his or her own name. arp USES a similar technique to associate an IP address to the MAC address.
每一个小孩都听到了所有的名字，但是却只回答他(她)自己的名字。arp运用了相似的技术来将IP地址和MAC地址联系起来。
Every kid heard every name, but answered only to his or her own name. arp USES a similar technique to associate an IP address to the MAC address.
每一个小孩都听到了所有的名字，但是却只回答他(她)自己的名字。arp运用了相似的技术来将IP地址和MAC地址联系起来。
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