DNS load balancing is defined to be spreading the load of people on a certain website accross multiple survers if one does not suffice. One can find more information about DNS load balancing on sites like Zytrax and Splux.
Round Robin DNS is a load balancing and power balance between the operating system and the machine. The system sends out different IP addresses from 1 server.
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DNS Made Easy is a solution for business to setup a DNS and own multiple domains. DNS Made Easy information is best obtained through their website that has plan information.
Kenmore have washers that are load balancing. They are great to have, however are really expensive when it comes to repairs and they are easy to break down. Zenprise(r) Service Manager is a large system solution. Otherwise a simple use of a DNS round robin method of load balancing, all of the nodes in the cluster are exposed to the net Hardware solutions are sufficient for small systems.
I will make a few assumptions here: 1) By "Windows Clustering Network Load Balancing" you mean Windows Network Load Balancing software included in Windows Server software a.k.a NLB., and 2) By Round Robin, you mean DNS Round Robin meaning the absence of a software or hardware load balancing device, or the concept of the Round Robin algorithm available in just about every load balancing solution. Microsoft NLB is designed for a small number (4 - 6) of Windows Servers and a low to moderate number of new connections per second, to provide distribution of web server requests to multiple servers in a virtual resource pool. Some would call this a "cluster", but there are suttle differences between a clustered group of devices and a more loosely configured virtual pool. From the standpoint of scalability and performance, almost all hardware load balancing solutions are superior to this and other less known software load balancing solutions [e.g. Bright Tiger circa 1998]. DNS Round Robin is an inherent load balancing method built into DNS. When you resolve an IP address that has more than one A record, DNS hands out different resolutions to different requesting local DNS servers. Although there are several factors effecting the exact resulting algorithm (e.g. DNS caching, TTL, multiple DNS servers [authoritative or cached]), I stress the term "roughly" when I say it roughly results in an even distribution of resolutions to each of the addresses specified for a particular URL. It does not however, consider availability, performance, or any other metric and is completely static. The basic RR algorithm is available in many software and hardware load balancing solutions and simply hands the next request to the next resource and starts back at the first resource when it hits the last one. NLB is based on proprietary software, meant for small groups of Windows servers only on private networks, and is dynamic in nature (takes into account availability of a server, and in some cases performance). "Round Robin", DNS or otherwise, is more generic, static in nature (does not take into account anything but the resource is a member of the resource pool and each member is equal), and ranges from DNS to the default static load balancing method on every hardware device in the market.
You can find out this information easily at sites which offer this service by looking up the DNS records of a domain name. You can also find this service on the official home of domain names, Nominet.
In Windows operating systems steps - Go to run type cmd press enterC:\Documents and Settings\Administrator>ipconfig/allafter execute this command you will get all information about dns
One can get more information on a Comcast DNS server from the following sources: What's My DNS, Comcast, DNS Knowledge, ZDNet, DSL Reports, Port Forward, Open DNS, Mac Medics, to name a few.
DNS is a Domain Name Server, used to create unique entries in an Active Directory. The brand Neustar seems to be associated with Ultra DNS. Ultra DNS is the name for one of the top DNS providers and services many Top Level Domains and Second Level Domains.
On a computer running a Windows operating system, you can find your DNS Server Address by clicking Start> Settings> Network connections. Then double click on Local Area Connection. Now click the properties button and select Internet protocol. Click on properties and find Preferred DNS Server.
Zone Transfer
Application Directory Partitions.