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Bachelor of Computer Science (Hons) CSC61504 – OPERATING SYSTEMS

GROUP ASSIGNMENT (30%)

JANUARY 2025 SEMESTER

Module Learning Outcome (MLO 2) – Describe the structure and functionality of an operating system

Outcome

1. Students will be able to display numeracy skills.
2. Students are introduced to research elements and teamwork.
3. Students’ communication skills will be evaluated.

Group Members

For this project, you will be working in groups of 5. Each person in the group will have a task to complete.

Objective

Critically analyze and evaluate the integration of memory management techniques, such as segmentation and dynamic memory allocation, with deadlock prevention strategies (e.g., resource allocation graphs and Banker’s algorithm). This assignment aims to promote a deeper understanding of how these techniques help optimize resource utilization and improve system reliability in modern operating systems.

Question:

“Evaluate the effectiveness of memory management strategies, including segmentation and dynamic memory allocation, when combined with deadlock prevention mechanisms like Resource Allocation Graphs and the Banker’s Algorithm in optimizing system performance and reliability in modern operating systems.”

Task:

1. Research and Literature Review:
   1. Identify and review at least eight recent research papers (published within the last five years) focusing on memory management and deadlock prevention strategies in operating systems.
   2. Summarize the findings and highlight key advancements and challenges presented in the papers.
2. Critical Analysis:
   1. Compare the memory management techniques (segmentation and dynamic allocation) discussed in the research with traditional approaches.
   2. Analyze how Resource Allocation Graphs and the Banker’s Algorithm have been adapted or improved in modern systems.
   3. Evaluate the synergy between memory management and deadlock prevention techniques in enhancing overall system performance.
3. Report Preparation:
4. Present findings in a structured report with the following sections:
   1. Abstract and Introduction
   2. Literature Review
   3. Critical Analysis
   4. Simulation/Case Study Results
   5. Discussion and Recommendations
   6. Conclusion
5. Include visual representations (graphs, charts, tables) to support your analysis.

Expected Learning Outcomes

Develop the ability to critically assess and integrate advanced concepts in memory management and deadlock prevention.

• 1. Demonstrate skills in evaluating the effectiveness of strategies through research and simulation.
  2. Formulate evidence-based conclusions and recommendations for system optimization.

Appendix I

Report must cover the following topics

Submission Requirements

1. Submission through myTIMeS under Group Assignment section.
2. Please take note that, the maximum size of the file accepted by myTIMeS is not more than 20MB. Therefore, please check your file size before the submission.

Important Notes

1. Copying, cheating, attempts to cheat, plagiarism, and any other attempts to gain an unfair advantage in assessment result in to award 0 marks to all parties concerned.
2. The Turnitin similarity index for this module is 20% overall and lesser than 5% from a single source excluding program source code.
3. All the submitted documents will be cross-checked with other students’ reports in this current and previous semester. Therefore, any similarities rather that whatever is highlighted in (#2) will be considered as violating assessment rules and a Zero (0) mark will be given to all group members.
4. Severe disciplinary action will be taken against those caught violating assessment rules in (#1).
5. Submissions made within 72 hours after the deadline will have their marks capped at 80%.
6. Submissions made between 72 hours and 7 days after the deadline will have their marks capped at 60%.
7. Submissions made more than 7 days after the deadline will not be accepted, and a mark of zero will be awarded.
8. Generate the Similarity Index of your report using Turnitin within myTIMeS. Submit the generated Similarity Index along with the final report through the myTIMeS platform.

Rubric for Assignment Report [60 Marks]