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。
It also identifies which hosts are accessible, their IP and MAC addresses, and scans and checks the open ports, protocols used, and the host operating system.
它还可以识别哪些主机是可以访问的、它们的IP和mac地址，并扫描和检查已打开的端口、所使用的协议和主机操作系统。
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。
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。
In order to solve the problem, it is necessary for network administrator to establish the regular tables of IP allocation and IP-MAC mapping and be able to make real-time monitor.
为了解决这一问题，网络管理员有必要建立规范的IP地址分配表、IP地址和硬件地址(MAC)登记表，并且做到实时监控。
Map MAC address of different nodes to IP addresses.
将不同节点的MAC地址映射为IP地址。
A hacker can easily associate an operationally significant IP address to a false MAC address.
一个黑客可以只做简单的操作就将一个重要的IP地址和一个错误的MAC地址绑定。
Sophisticated networking is possible because each of your networked devices has both a MAC and an IP address.
正是由于你的网络设备拥有MAC地址和IP地址才让这复杂的网络传输变得可能。
NICs and MACs are important pieces of the answer, but your network must learn to pair a MAC address with the IP address for the same machine.
网卡和MAC地址只是这个答案中重要的部分，你的网络还必须知道如何匹配同一台设备的MAC地址和其IP地址。
IP addresses route a packet across the whole global Internet, while MAC addresses help the packet make the small, local hop between hardware devices.
IP地址在整个全球因特网中路由数据包，而MAC地址则帮助数据包在两个硬件设备间做狭小的局部的传递。
I assign each client's IP address a mnemonic hostname in /etc/hosts and I put the client's MAC address on the same line. For example
我在 /etc/hosts 中为每台客户机的IP地址都分配了一个容易记忆的名字，并在同一行中写下了该客户机的MAC 地址。
This is because the MAC address of a re-provisioned VM on the IBM Cloud is not the same as the MAC address of the previously de-provisioned VM even though they can have the same static IP.
这是由于IBMCloud 中重新配备的VM 与以前取消配备的 VM虽然具有相同的静态IP，但它们具有不同的MAC地址。
A method to adopt the binding validatation technology with static IP, MAC and user password based on WEP is proposed.
提出了在WEP的基础上，采用将静态IP、MAC、用户口令三者绑定验证的方法。
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。
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MAC IP绑定、交换机设置等一系列解决问题的方案。
Based on the transparent transmission of the protocol, some functions such as MAC address binding, IP address binding and VLAN are also introduced.
在实现基本的协议穿透的基础上，引入了MAC地址绑定、IP地址绑定、VLAN等增强功能。
In the IP multicast, this paper USES the asymmetric authentication mechanism based on the MAC.
在IP组播中，本文使用基于MAC的非对称源认证机制。
They are also very careful with security: tracking MAC addresses, IP addresses and network paths.
该系统对安全性也非常注重：实时跟踪IP地址、MAC地址和相关的网络路径。
Methods This scheme is the combination of MAC layer handover and IP layer handover, which makes the two layers′ handover execution alternately.
方法通过将MAC层切换和IP层切换有效结合，使MAC层切换和IP层切换交叉进行。
Methods This scheme is the combination of MAC layer handover and IP layer handover, which makes the two layers′ handover execution alternately.
方法通过将MAC层切换和IP层切换有效结合，使MAC层切换和IP层切换交叉进行。
应用推荐