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Table of contents
1.
Introduction
2.
Abstraction
3.
Virtualization
4.
Difference Between Abstraction And Virtualization 
5.
FAQs
5.1.
Which type of Virtualization is also characteristic of cloud computing?
5.2.
Which software can be used to implement load balancing?
5.3.
What type of computing technology refers to services and applications that run on a distributed network through virtualized resources?
5.4.
Which are many features that are now known as cloud computing?
5.5.
Which is an essential concept related to the Cloud?
6.
Conclusion
Last Updated: Mar 27, 2024
Easy

Abstraction and Virtualization

Introduction

Virtualization separates IT resources and services from the underlying physical delivery environment. Abstraction is the technical term for this act of separation, and virtualization assists in making your IT infrastructure intelligent enough to handle large data analysis.

In this blog, we will learn about Abstraction and Virtualization. 

So, let's begin!

Abstraction

Abstraction is the practice of concealing an application's internal details from the outside world. Things are described in simple terms using abstraction. It serves as a barrier between the application and the client programs.

There are two types of abstraction: data abstraction and process/control abstraction. Data abstraction conceals data specifics, while control/process conceals implementation details. An object-oriented approach can abstract both data and functions. In OOP, however, classes are typically created so that data is concealed from the outside world, and functions serve as the public interface. That is, functions outside the class can directly access the class's functions, and these functions can indirectly access the class's concealed data.

In computer science and software development, abstraction is a fundamental notion. The abstraction process is also known as modeling, and it is strongly linked to the notions of theory and design. Models can also be thought of as abstractions because they generalize reality features.

Virtualization

Virtualization employs software to construct an abstraction layer over computer hardware that allows a single computer's physical elements—processors, memory, storage, and other components—to be separated into several virtual computers, also known as virtual machines (VMs). Even though it is just running on the part of the actual underlying computer hardware, Each virtual machine (VM) has its Operating System (OS) and operates independently.

Virtualization is the core of Cloud Computing since it allows for more efficient use of actual computer hardware. It allows an organization to get a better return on its hardware investment.

Virtualization is now considered commonplace in enterprise IT design. Cloud computing economics are also driven by technology. Cloud providers can service users using their current physical computer gear, and cloud users can buy only the computing resources they need as their workloads develop.
 

Difference Between Abstraction And Virtualization 

FAQs

Which type of Virtualization is also characteristic of cloud computing?

 Storage, Application, and CPU are also characteristic of cloud computing.

Which software can be used to implement load balancing?

Load balancing can increase utilization and throughput, lower latency, reduce response time, and avoid system overload.

What type of computing technology refers to services and applications that run on a distributed network through virtualized resources?

Cloud computing is a computing technique in which common internet protocols and networking standards access applications.

Which are many features that are now known as cloud computing?

The Internet provides the abstraction, runs through the same set of protocols and standards, and uses the same operating system and applications.

Which is an essential concept related to the Cloud?

Cloud computing hides all the detail of system implementation from users and developers.

Conclusion

In this blog, we have extensively discussed Abstraction and Virtualization. Virtualization is a technique that allows various environments to share or divide computing resources simultaneously to centralize administrative responsibilities and increase scalability and workloads. It enables the running of numerous virtual machines on a single physical machine. Virtualization is comparable to abstraction in that it hides low-level features, but it does not always do so. One of the key advantages of cloud computing is the abstraction of the physical implementation, which allows consumers to be unaware of technological specifics. This functionality is supported by virtualization technology.
 

We hope that our blog enhances your knowledge regarding Abstraction and Virtualization. If you would like to learn extra, check out our articles on Cloud computing

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