Importance of Cluster computing in business world
The spurt of the internet and diverse
e-business applications has stalwartly affected virtually all IT companies. Sometimes
applications require more computing power than sequential computers can offer.
An effectual way to deal with such technical issues, it is imperative to
augment operating speed of various components of computers such as processors.
A feasible and lucrative solution is to connect multiple processors together
and synchronize it. With the advent of information and communication technology
in modern era, cluster computing has revolutionized the companies and has great
influence on customers.
Cluster computing was evolved in the 1960s by IBM as a
substitute to link huge mainframes to offer cost effective form of technical
system.
A computer cluster is a pool of closely combined
computers that work together efficiently and visualized as a single computer. Key
components of clusters are generally linked to each other through fast local
area networks (LAN) with each node (computer used as a server) operating its
own instance of an operating system.
Clusters have developed to support myriads of
applications that range from ecommerce, to high performance database
applications. Computer clusters are adopted by majority of companies to improve
processing time, faster data storing and repossession time. These computer
clusters can be categorized in three types of clusters to outshine performance
or reliability. These include high performance clusters used for computation-intensive
applications, high availability clusters are used to improve the availability
of the cluster approach and load Balancing clusters in which computational capacity
is shared between the nodes to increase overall performance such as in web
server cluster.
There are numerous advantages of embracing
cluster computing technology. Companies espouse clusters computing technology
to increase speed and/or reliability provided by a single computer as well as
it is viable cost effective solution to enhance technical competence. Other key
benefits of cluster computing are that a computer cluster can be advanced to a
higher specification or expanded by adding extra nodes.
Despite of advantages, there are several
limitations of cluster computing. Companies
may suffer from programmability Issues when some components are different in
terms of software from each other, and then issues emerge when combining all of
them together as a single entity. Another drawback of this computing is
locating fault because it is operating as a single entity. Other issues develop
when it is dealt by an unprofessional person as cluster computing involves amalgamation
of different or same components together with different programmability.
Cluster computing is extensively used in the fields
of educational resources, Commercial sectors for industrial promotion, and
medical research.
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