IP addresses and DNS addresses might seem more reliable, and in some sense they are.
IP地址和DNS地址可能看起来更可靠，在某种程度上确实如此。
DNS refers to the Domain Name System, which is a directory that connects names to numerical Internet addresses.
DNS指的是域名系统，它是一个目录，将名称连接到数字互联网地址。
DNS refers to the Domain Name System, which is a directory that connects names to numerical Internet addresses.
DNS指的是域名系统，它是一个目录，将名称连接到数字互联网地址。
So if you have registered host names in your corporate DNS for the network addresses used by a cloud VLAN, those host names are not automatically assigned to your instances.
因此，如果您已经在您公司的网络中为一个云VLAN使用的网络地址注册了主机名，那些主机名不会自动分配给您的实例。
A domain name System (DNS) server interprets IP addresses into domain names and locations of other computers or Web sites.
域名系统(DNS)服务器将IP地址解释为其他计算机或网站的域名和地址。
This file should contain the IP addresses of your corporate DNS servers and the domain suffix that should be appended to cloud host names.
这个文件应该包含您的公司DNS服务器的IP地址和应该附加到云主机名的域后缀。
Geographic DNS improves scalability by mapping a domain name to different IP addresses, depending on the client's geographic location.
地理DNS根据用户所处的地理位置，通过把域名映射到多个不同的IP地址提高可扩展性。
I described earlier in the article that the Domain name Service (DNS) is one method of resolving hostnames into IP addresses.
前面曾提到过域名服务器(DNS)是一种将主机名映射到ip地址的方法。
The nameserver parameter tells the server which DNS server to resolve IP addresses and host names against.
nameserver参数告诉服务器通过哪个DNS服务器来解析ip地址和主机名。
In such a situation, it could be that their DNS information isn't updated and old addresses are being used, which you can use nslookup to verify quickly.
在这种情况下，有可能他们的DNS信息尚未更新，并且还在使用旧地址，您可以使用nslookup来快速地验证这一点。
Verify that the IP addresses assigned to IBM Cloud instances have been properly registered in your corporate DNS server.
验证分配给IBMCloud实例的IP地址已经在您的公司DNS服务器中正确注册。
To make things easier for humans, the Domain name Service (DNS) translates familiar names into such IPv4 addresses.
为了简化人们的使用，域名服务(Domain Name Service,DNS)将常见的名称转换成了IPv4地址。
In addition, application performance can be affected fundamental services, such as domain name service (DNS) used to resolve hostnames and Internet addresses.
另外，应用程序性能可能会受到一些基础服务的影响，比如用于解析主机名和Internet地址的域名服务(DNS)。
Namebench works by requesting website addresses from each DNS server.
namebench程序的工作方式是向每个DNS服务器请求解析网站地址。
In this article we've seen how the fundamentals of the DNS service work, and how that relates not only to the internal process of resolve local addresses but also to addresses on the Internet.
在本文中，我们了解了DNS服务的基本工作方式，以及该工作方式如何不仅与解析本地地址的内部过程相关，而且还与Internet上的地址相关。
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。
There are DNS servers all over the world that keep track of which names correspond to which numeric IP addresses.
有DNS伺服器世界各地都保持轨道的姓名相符，其中数字型IP地址。
The dynamic update feature enables these DNS servers to register DNS host names and IP addresses for hosts that use DHCP for host IP addressing.
动态更新特性使这些DNS服务器能记录使用DHCP的主机的主机名和IP地址。
First, it lets you manage the IP addresses listed for your domain names in the Internet's DNS phone book.
第一，它能使在DNS系统里你管理你的域名下的ip地址列表。
DNS server addresses should also be left as server assigned.
DNS服务器地址也应该离开服务器分配。
If there were a practical way to list all of the domain names and IP addresses of every Web site on the Internet in a single file, we would not need the domain name Service (DNS).
如果有一个实际的方法要列出所有的网域名称和IP在一个文件的因特网上的每个网站的位址，我们不需要网域名称服务(DNS)。
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.
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。
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