所有的主机都收到这个请求，而且帧被送达地址解析协议。
All hosts receive the request and the frame is passed up to ARP.
本地主机，利用地址解析协议定位目标主机端及要传送数据包。
In the case of a local host, the ARP is used to locate the MAC of the target host and the datagram that is transmitted.
该地址解析协议(ARP)命令只能显示MAC地址的其他计算机上打开。
The address Resolution Protocol (ARP) command can only display MAC address of other computer that is turned on.
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。
It usually involves an ARP broadcast (address resolution protocol) that informs the network infrastructure that an IP address has moved.
地址解析协议(ARP)是建立在友好通信、充分信任基础上的协议，很容易受到攻击。
The Address Resolution protocol (ARP) is a protocol based on friendly communication and complete trust, and it is prone to be attacked.
本文基于数据链路层地址解析协议ARP的内部工作原理，研究了图书馆网络的安全防范问题。
This paper, by analyzing internal work principle of ARP protocol, researches on security of library network.
地址解析协议（ARP）是建立在友好通信、充分信任基础上的协议，因此，很容易受到攻击。
The Address Resolution Protocol(ARP) is a protocol based on friendly communication and complete trust, so it is prone to be attacked.
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。
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.
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。
When IP needs a hardware address, ARP first consults the ARP cache for the hardware address that corresponds to the destination IP address.
一个IPS系统可以监控异常的行为，发现非常隐蔽的基于HTTP的攻击，以及来自远程调用过程、Telnet和地址解析协议欺骗的攻击。
An IPS monitors for behavior anomalies that indicate hard-to-spot HTTP-based attacks and those from remote-call-procedure, Telnet- and address-resolution-protocol spoofing, among others.
在协议的核心会解析email地址的ID，而不是创建新的用户身份。
At its core the protocol revolves around the email address id, instead of creating new user identities.
一个LEC仿真了一个LAN接口为一个更高层的协议和应用。它将数据转发到另一个LANE成员并完成LANE地址解析服务。
An LEC emulates a LAN interface to higher layer protocols and applications. It forwards data to other LANE components and performs LANE address resolution functions.
为了实现对IPv 6协议的支持，需要对现有IPv 4协议下的域名系统进行相应的扩展，以使其能在IPv 6协议下正确地进行IP地址与域名的解析。
In order to support IPV6 protocol, it's need to extend current DNS to make it possible to implement of current addresses and domain name system from IPV6.
为了实现对IPv 6协议的支持，需要对现有IPv 4协议下的域名系统进行相应的扩展，以使其能在IPv 6协议下正确地进行IP地址与域名的解析。
In order to support IPV6 protocol, it's need to extend current DNS to make it possible to implement of current addresses and domain name system from IPV6.
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