(Author’s Full Name)
(Institution Name)
Introduction (write small paragraphs on each point)
- How data centers’ requirement for electricity has increased?
- Provide a brief analysis of energy consumption patterns between various public and private cloud devices. (Use data from the 5th annotated biography source)
- How is this affecting our environment?
- Explain how cloud computing can ensure energy-efficient computing power of computers. (Use data from the 5th annotated biography source).
- There is a dire need to construct energy solutions for data centers and that energy efficiency for cloud computing is essential. (Thesis Statement).
Main Body (small paragraphs on each point)
- Define briefly the architectural framework and principles that would enable the energy-efficient implementation of cloud computing services.
- Explain the CEMS project- how low power and cost-effective enable the provision of cloud computing services. (Using the 4th Source)
- Explain the Mesos device and how it facilitates the sharing of resources and optimization of data. (Using the 3rd Source).
Ensuring Quality vs. Reducing Costs- How to achieve both?
- Increasing transaction processing and data storage is likely to increase your electricity costs. Achieving a cut-off between cost reduction and efficient data management is crucial. (Thesis Statement).
- Discuss how a trade-off can be achieved between management requirements and cost reduction (Using the 6th Source).
- Discuss the 7th research paper on how to set up an integrated system of power management in data centers that minimize server and disc power consumption.
Conclusion
Works Cited
Anton, B., Jemal, A., & Rajkumar, B. (2012). Energy-aware resource allocation heuristics for efficient management of data centers for Cloud computing. Future Generation Computer Systems, 755-768.
Arman, S., Eric, E., Hillary, P., Arpad, H., & William, W. N. (2011). Data center design and location: Consequences for electricity use and greenhouse-gas emissions. Building and Environment., 990-998.
