Cloud Computing Research Paper Topics For CSE that are progressing continuously in recent years and worked by us are shared below. For researchers or students in Computer Science and Engineering (CSE), we recommend few intriguing cloud computing research paper topics:
- Cloud Security and Privacy:
- Concentrating on data confidentiality, encryption techniques, and identity management, we focus on exploring novel security frameworks for cloud computing platforms.
- Edge Computing and Cloud Integration:
- By highlighting data processing at the edge, IoT applications, and latency mitigation, our team plans to examine the incorporation of edge computing with cloud services.
- Cloud Resource Management and Scheduling:
- In cloud platforms, we intend to research effective resource management approaches such as virtual machine migration, load balancing, and resource allocation.
- Cloud Computing for Big Data Analytics:
- Considering actual time analytics, adaptable infrastructures, and data mining approaches, it is appreciable to examine in what manner big data processing is managed by cloud environments in an effective manner.
- Serverless Computing Models:
- The emerging tendencies of serverless computing, its limitations and benefits must be investigated. On application advancement and implementation, it is significant to examine its influence.
- Energy-Efficient Cloud Computing:
- For making cloud data centers more energy-effective, we focus on exploring suitable policies such as energy-saving methods and green computing approaches.
- Hybrid Cloud and Multi-Cloud Strategies:
- In different industrial scenarios, our team plans to investigate the implementation frameworks, advantages, and limitations of hybrid and multi-cloud tactics.
- Cloud Computing in Healthcare:
- Encompassing safety and regulatory adherence problems, it is significant to investigate the utilization of cloud computing in healthcare for patient care, data management, and telemedicine.
- AI and Machine Learning in the Cloud:
- Concentrating on AI-as-a-Service, adaptability, and distributed processing, we intend to examine the incorporation of machine learning and AI methods in cloud environments.
- Cloud-Based IoT Applications:
- The advancement of IoT applications employing cloud architecture ought to be investigated. It could encompass home automation, smart cities, and industrial IoT.
- Blockchain and Cloud Computing:
- Considering regions such as trust management, security, and decentralized storage, our team plans to research the incorporation of blockchain technology with cloud computing.
- Performance Optimization in Cloud Computing:
- As a means to improve the effectiveness of cloud models, we aim to explore effective techniques such as application performance tuning, network improvement, and data caching policies.
- Disaster Recovery and Business Continuity in the Cloud:
- Highlight on instant implementation, cost-efficiency and credibility, cloud-based findings for business continuity and disaster recovery scheduling ought to be examined intensively.
- Virtualization Technologies in Cloud Computing:
- In cloud platforms, our team focuses on investigating the contribution and progression of virtualization technologies like containerization and hypervisor-based virtualization.
- Cloud Computing and E-Governance:
- Concentrating on citizen services, data management, and security limitations, we intend to explore the use of cloud computing in government services.
How can you effectively structure and format a computer science thesis?
The process of structuring and formatting a computer science thesis is examined as both difficult and fascinating. We provide a common instruction that assist you to organize and configure such a thesis in an efficient manner:
Title Page
- In this section, we aim to encompass the title of the thesis, author name, date of submission, name of domain, the university, and the degree in respect to which the thesis is submitted.
Abstract
- Summarizing the major issues, methodology, outcomes, and conclusions, a brief outline of the thesis must be provided. Generally, the summary should be within 150-250 words.
Acknowledgements (Optional)
- It is an optional section where we express our gratitude for those who provide further support throughout the research process.
Table of Contents
- Along with page numbers, a collection of phases and segments of the thesis has to be encompassed.
List of Figures and Tables (if applicable)
- Together with page numbers, we intend to mention a collection of every table and figure that are involved in the thesis.
Abbreviations (if applicable)
- In this section, mention a collection of abbreviations that are utilized in the thesis.
Introduction
- In the introduction segment, we plan to initiate the topics. The research query or issue has to be mentioned. Focus on offering a summary of the thesis design.
Literature Review
- In order to offer setting and environment for our work, it is appreciable to describe related studies and investigation.
Methodology
- Encompassing data gathering and analysis, our team plans to explain the approaches and algorithms that are employed for investigation.
Results
- Through the utilization of text, tables, and figures, we intend to demonstrate the outcomes of our research in an explicit manner.
Discussion
- First, we have to understand the main findings and their impacts must be described. Along with that, examine in what manner they enhance the advancements to the domain.
Conclusion
- The key results and their relevance ought to be outlined. For upcoming investigation, our team recommends significant regions in this section.
References
- Generally, structured on the basis of the selected citation format such as IEEE, APA, a collection of every source that is mentioned in the thesis has to be specified.
Appendices (if necessary)
- Encompass any supplementary material in this appendices segment. It could involve mathematical proofs, code listings, or extensive data.
Formatting Guidelines
- Font and Size: The typical font size is 11 or 12. Times New Roman or Arial are considered as usually utilized fonts.
- Spacing: Generally, text in the thesis is doubled line spacing.
- Margins: On every side, normal margins are about one inch.
- Headings and Subheadings: Typically, for headings and subheadings, it is advisable to employ an explicit hierarchical structure.
- Page Numbers: At the top right or bottom center of the page, page numbers are located.
- Figures and Tables: Specifically, tables and figures must be tagged and add suitable headings. In the text, focus on mentioning every table and figure.
Consistency
- All over the thesis, it is significant to sustain coherency in the structuring process. Normally, the utilization of captions, fonts, references, and headings are involved.
Software Tools
- Mainly, for theses which encompass mathematical equations, software tools such as LaTeX has to be employed for typesetting. For more direct document structuring, it is advisable to utilize Microsoft Word.
We have suggested numerous fascinating cloud computing research paper topics. Also, an extensive direction that supports you to efficiently arrange and set up a computer science thesis is offered by us in this article.
What types of projects are suitable for a Computer Science M. Sc Thesis?
The project topics that we work for M. Sc Computer Science Thesis are mentioned below, if you want to get innovative research ideas then drop us message we give you best paper writing services.
- A Study on the Critical Analysis of Computational Offloading Frameworks for Mobile Cloud Computing
- MOWS: Multi-objective workflow scheduling in cloud computing based on heuristic algorithm
- Issues in Adopting Agile Development Principles for Mobile Cloud Computing Applications
- Program Ultra-Dispatcher for launching applications in a customization manner on cloud computing
- A high performance scientific cloud computing environment for materials simulations
- Design Virtual Learning Labs for Courses in Computational Science with Use of Cloud Computing Technologies
- EFADS: Efficient, flexible and anonymous data sharing protocol for cloud computing with proxy re-encryption
- Design and evaluation of small–large outer joins in cloud computing environments
- Secure and privacy-preserving DRM scheme using homomorphic encryption in cloud computing
- CEECP: CT-based enhanced e-clinical pathways in terms of processing time to enable big data analytics in healthcare along with cloud computing
- Biogeography-based optimization for optimal job scheduling in cloud computing
- Secure sustainable storage auditing protocol (SSSAP) with efficient key updates for cloud computing
- Running climate model on a commercial cloud computing environment: A case study using Community Earth System Model (CESM) on Amazon AWS
- Sensitivity analysis of a hierarchical model of mobile cloud computing
- An evergreen cloud: Optimizing energy efficiency in heterogeneous cloud computing architectures
- Effects of Training on Cloud Computing Services on M-learning Perceptions and Adequacies
- Stochastic scheduling for variation-aware virtual machine placement in a cloud computing CPS
- Mobile cloud computing for ECG telemonitoring and real-time coronary heart disease risk detection
- Examining cloud computing adoption intention, pricing mechanism, and deployment model
- Virtual machine resource scheduling algorithm for cloud computing based on auction mechanism
