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Propose a scheduler to assign resources (RUs) to clients. NS-3 by default uses round-robin scheduler. There are some popular scheduling algorithms like Max Rate, Proportial fairness. Think about a scheduler to assign resources to clients with an objective to be fulfilled (such as achieving high throughput e.g. Max Rate, achieving high throughput and being fair e.g., Proportial Fairness, minimizing delay etc.). I have added resources to help you

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Propose a scheduler to assign resources (RUs) to clients. NS-3 by default uses round-robin scheduler. There are some popular scheduling algorithms like Max Rate, Proportial fairness. Think about a scheduler to assign resources to clients with an objective to be fulfilled (such as achieving high throughput e.g. Max Rate, achieving high throughput and being fair e.g., Proportial Fairness, minimizing delay etc.). I have added resources to help you to understand scheduling. Submit your idea of scheduler that you want to implement. Each group should prepare a document discussing your proposed scheduler and implementation plan

3. A short description of the trace analysis, mentioning interesting points you found.

4. Your scheduler design

4. Implementation of your scheduler: describe how you implemented the scheduler. Write pseudo code, mention which files you modified, write the name of the fuctions you added/modified.

5. Run the same analysis as you did for project review 1
Identify how many clients are put in one OFDMA transmission, what is the OFDMA frame transmission duration? Are there any SU (single user) transmissions or there are always multi user transmissions? Identify in what scenarios OFDMA provides performance benefit and in which scenarios it could not?
Provide plots on OFDMA frame transmission time, throughput (for bulk send clients), Delay, Jitter for OnOff clients, HTTP response time for HTTP clients.

6. Compare these plots with your earlier plots without the scheduler. Describe your observations.

Submit your code along with the report in a zip file

 

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