The use of larger pages increases performance because fewer hardware address translations would need to be made.
使用较大的页面将提高性能，因为需要进行的硬件地址转换工作将更少。
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。
If the two values match, the destination hardware address is examined.
如果初始值和当前计算出的值相匹配，就检验目的地硬件地址。
The IP packet can now be delivered using the destination hardware address.
现在可以用目的地硬件地址发送IP数据包了。
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。
To make future communications more efficient, the IP address and hardware address mapping of the source host is also included in the request frame.
为了使下一步的通讯更有效，发送端主机的IP地址和硬件地址的映象也包含在请求帧中。
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。
You have to find and copy a template virtual image, modify its display name and hardware Settings, and solve the network-interface hardware-address conflict.
您必须查找并复制一个模板虚拟映像，修改其显示名称和硬件设置，并解决网络接口硬件地址冲突。
You have to find and copy a template virtual image, modify its display name and hardware Settings, and solve the network-interface hardware-address conflict.
您必须查找并复制一个模板虚拟映像，修改其显示名称和硬件设置，并解决网络接口硬件地址冲突。
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