Cloud computing is a huge field with a lot of research being done on it. So, in today’s essay, we’ll look at some of the most important research subjects in Cloud Computing. We are confident that reading this article will pique your interest in Cloud Computing. Let’s get started.
Table of Contents
Topics for Cloud Computing Research
DevOps
DevOps is a portmanteau that combines the concepts of development and operations. Continuous Delivery, Integration, and Deployment have all resulted as a result. As a result, it aids in the reduction of barriers between the development and operational teams.
Applications and software with a high priority must elaborate and perform complicated technical tasks that necessitate substantial development and configuration. As a result, Cloud Computing can eliminate these time-consuming chores.
Cloud computing offers a wide range of tools and technologies for quickly developing, testing, and deploying applications. It can also be altered to meet specific needs, and it can be removed when no longer needed.
As a result, the development trams process is smoother and more cost-effective.
Big Data
The term “Big Data” refers to a technology that deals with large amounts of data. In addition, the information is filtered in two areas. Structured data is labeled in one area, and unstructured data is labeled in the other.
All data can be transferred to the cloud without the need for physical storage devices that must be managed regularly. Additionally, some well-known Public Cloud providers provide specialized Big Data Platforms for transforming data into precise insights. Consider the Google Cloud Platform as an example.
Cryptography on the Cloud
Third-party assaults and security breaches must be protected and secured against user data stored in the Cloud. Cryptography is a widely utilized technology in Cloud Computing to secure data in order to achieve this. It enables users to have access to shared cloud resources quickly and reliably because all data is encrypted or protected using the private key concept. It has the ability to turn plain text into unreadable code and restrict the view of data being delivered.
Load Distribution / Management
Load Balancing is the even distribution of load on servers in Cloud Computing, which aids in the smooth execution of workloads. Load balancing aids in the management of the demanding load tk. Load balancing has several advantages. The following are some of the advantages:
It lowers the chances of a server crash.
This increases the level of security.
It raises the overall level of performance.
In a cloud environment, load balancing is quite simple to accomplish.
Analytics in the Cloud
For researchers, cloud analytics is a popular and intriguing issue. Because of the separation of data analytics and cloud computing technologies, it has become a prominent topic. Small, medium and large businesses all benefit from cloud analytics.
It has been observed that the field of Cloud Analytics is rapidly expanding. It can also be given using one of the following models.
public
private
hybrid
Community Model
Community Model Analysis has a vast range of scope because there are three different parts to examine.
Some of the specifics are as follows:
Tools for Business Intelligence
Information Management in the Enterprise
Solutions for Data Analysis
Governance \sRisk \sCompliance
Management of Business Performance
Complex Event Processing
Edge Computing
When it comes to Edge Computing, data is processed at the network’s edge rather than in a data warehouse. The data will now be handled near the source. Edge computing is a very young, popular, and rapidly growing field. It’s also designed to make the most of Cloud Computing’s resources. It also improves the system and security factor.
Green Era in the Cloud Computing
Green Cloud Computing is a broad term that refers to the development of virtualized data centers and servers to save energy. I.T. services consume a large number of resources, resulting in a scarcity of resources.
Green Cloud Computing provides several solutions that make IT resources more energy efficient while lowering operational costs. Power management, virtualization, sustainability, and environmental recycling will all be handled by it.
Containerization
Computing in the Cloud Containerization is a technique for receiving OS Virtualization. The user can work with programs and requirements. Using remote resource management approaches.
The container is used by the developers to create blocks that are responsible for operational efficiency, version control, developer productivity, and environmental stability.
The infrastructure is improved because it allows for greater control over resource activity. The containers can be utilized in online services to help with data protection, elasticity, and availability in Cloud Computing.
Containers provide advantages such as a regulated runtime environment, the ability to execute practically anywhere, and lower overhead as compared to virtual machines.
