Types of Virtualization in Cloud Computing Environment

In this article, we are going to learn about the various types of virtualization in the cloud computing environment.
Submitted by IncludeHelp, on January 02, 2021

There are the following types of virtualization in the cloud computing environment,

Server Virtualization, Hardware Virtualization, Data Virtualization, Application Virtualization, Network Virtualization, Operating system Virtualization, Desktop Virtualization, and Storage Virtualization are the key virtualization types which are described below,

1) Virtualization at a server

Physical servers are the platform for files and software, such applications are stored on the server computer and can be accessed via a network. This approach to server multicore processing means each physical server normally runs a single unique application at a time. They may be able to use a little online when they are not busy, but in general, they can only use a fraction of their hardware.

The function of virtualization techniques, including server virtualization, is that it is used to turn a server into multiple virtual machines. These virtual machines all use the server's resources and will operate as physical devices independent of one another, allowing us to delegate the server's computing capabilities as we see fit.

2) Virtualization of hardware

Hardware virtualization is the process of using software to simulate a device. When the VMM or VM software is directly mounted on the hardware system is known as hardware virtualization.

3) Virtualization applied to data

In this abstraction of technical details of the on-site and off-site data, the companies get the ability to scale their IT cloud storage and virtualization needs, at the same time the company gets the ability to do whatever IT support they need without having to think about the details of IT management.

4) Application virtualization

Running an application once in the beginning uses the current operating system and its hardware resources. We are running the machine as an application, basically to our needs. Application virtualization is, among other things, securing the application and the operating system from each other. Often the software will allow us access to it without the app is loaded into the native computer.

Due to virtualization, the administrator cans virtualize the program in a semi-virtual environment. Any form of a user who has access to the server would be able to access the application and run it as if it were virtualized on their respective computer. The application itself is not virtualized in any devices. These applications allow us to run it on a portable computer, such as a tablet or phone, and then when we move to a new device we can continue using the program.

Application virtualization

5) Network Virtualization

Comparing this to the "cloud" (Network Virtualization in cloud computing is a way of integrating the available resources in a network by breaking up the available bandwidth into various networks, each being distinct and differentiated) Like Windows have a "group" setting and Mac has an "individual" setting, e-cigarettes can also be put into individual and group categories. The idea is that the technology disguises the true complexity of the network by splitting it into sections that are easy to handle, just as our segmented hard drive makes it easier for us to manage data.

6) Operating system Virtualization

When the virtual machine programme or virtual machine manager (VMM) is mounted on the Host operating system instead of directly on the hardware system is known as operating system virtualization.

7) Desktop virtualization

Desktop virtualization is a method whereby one can build a virtual desktop of their actual desktop's desktop and migrate it to a remote data center for troubleshooting purposes. Though it sounds complicated, it is not any different than remote accessing a device from a mobile phone, though we tend to use a thin client to access it.

8) Data Storage virtualization

Storage virtualization involves taking all the physical storage devices and abstracting i.e. logically organizing them into a single store located in a lab. Then it can be centrally controlled from a server or any other computer. When the balance protecting card will be filled it will seem like there is only one storage unit.






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