During login, a host may perform a reverse lookup on the IP address of the source address on the packets it receives.
在登录期间，主机可能会对它收到的数据包的源地址的IP地址执行反向查找。
It typically takes 20-120 milliseconds for DNS to lookup the IP address for a given hostname.
它通常需要20 120毫秒的DNS查找为给定的主机名的IP地址。
The URL for the JNDI lookup on ADS is ldap://<<IP address of the machine that hosts ADS>>/<
ADS中 JNDI查找的URL是ldap://<<IPaddressofthemachinethathosts ADS>>/<<Base dn>>。
Reduce DNS lookups: Whenever a user types in a domain name in their web browser address field, the browser performs a DNS lookup to the IP.
减少DNS查找：只要用户在浏览器的地址栏中键入域名，浏览器总会执行dns查找IP地址，网站拥越多的入口位置，必要的DNS查找也会越多。
Sometimes, people will instead authenticate against a set of DNS names, and will thus do a lookup on the IP address before authenticating.
有时，人们会对一组DNS名称而不是IP 地址进行认证，因而要在认证之前查询 IP地址。
IP routing table lookup is a major bottleneck for high performance routers application.
IP路由表查找是实现高性能路由器的主要瓶颈。
The host can be either a domain name or an IP address, as we all should know the domain name will resolve to an IP address (via a DNS lookup) to identify the machine we're trying to access.
主机地址可以是域名或IP地址，正如我所们所知的，域名会解析成ip地址(通过DNS查找)以确定我们正在尝试访问的机器的地址。
When messages are routed to these Send connectors, the external DNS lookup Settings that are configured for the source server are used to resolve IP addresses for the delivery destination.
将邮件路由到这些发送连接器时，将使用为源服务器配置的外部DNS查找设置来解析传递目标的IP地址。
In_pcblookup is then called to lookup for a control block with the mentioned local IP address and local port number.
然后调用in _ pcblookup，以便查找具有提到的本地IP地址和本地端口号的控制块。
The process of translating a web address into an IP address through a DNS lookup, or vice versa, is often called “resolving.”
通过DNS解析将网络地址转为IP地址的过程，或相反，被称为“解析”。
The first step in the navigation is to figure out the IP address for the visited domain. The DNS lookup proceeds as follows
导航的第一步是通过访问的域名找出其IP地址。
Fast IP address lookup in the routers is therefore crucial to achieve the packet forwarding rates required.
因而快速的IP地址查找，就成为获得所需的数据包转发率的关键。
The focus is put on the analytical comparison of routing lookup performance between RILS and the traditional IP networks and the simulation-based comparison of their scalability.
着重分析了RILS和传统IP网络的路由查找性能，并采用仿真对它们的可扩展性进行了比较。
This paper introduces a method for high speed IP multicast routing lookup.
介绍了一种实现组播路由快速查找的方法。
Reverse DNS lookup is using an Internet IP address to find a domain name.
反向域名系统(DNS)查找是指使用互联网IP地址来查找域名。
Similarly a function is provided to do the reverse lookup - given an IP address, look up the corresponding hostname.
相类似的功能是反向查找——给出IP地址，查找相应的主机名。
Forward DNS lookup is using an Internet domain name to find an IP address.
查找是指使用互联网域名来查找IP地址。
Location Finder USES WiFi access points - or reverse IP lookup when WiFi is not available - to center and display the person's location on the Windows Live Local.
可搜索无线发送的地点-或反向查找WIFI中心或发射的位置的地方。
Routing lookup plays a key part of packet forwarding, so fast IP address lookup algorithm is the significant part of high speed packet forwarding.
查找路由表以给出下一跳地址是路由器中分组转发的核心步骤，因此快速的路由查表算法是实现高速分组转发的关键。
Reverse DNS Lookup verifies the DNS record for the sending servers IP address.
反向解析dns登记检讨邮件发送服务器IP地址。
Reverse DNS Lookup verifies the DNS record for the sending servers IP address.
反向解析dns登记检讨邮件发送服务器IP地址。
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