1. “Temperature-Aware Task Scheduling for Multicore Processors”
This slides presents title of the proposed project
State also the purpose and your name
Optionally thank your audience
“Temperature-Aware Task Scheduling for Multicore Processors”
Masters Thesis Proposal by
Myname Myname

2. Temperature-Aware Task Scheduling
This slides presents an outline of the presentation
Presentation Overview
Thesis Motivation
Thesis Aim and Innovation
Thesis Contributions and Objectives
The Temperature-Aware Task Scheduling Unit
Evaluation Methodology
Work Planning
Temperature-Aware Task Scheduling
Costas Kyriacou

3. Motivation: The Temperature Wall Problem
This slides presents your thesis motivation. Start with the problem and state why it is essential to address it
Processor Performance
Measure of the execution time of application programs
Dominated by
Processor Architecture
Clock Frequency
Processor Power Consumption Depends on
Processor Voltage
Processor Activity
Type of instructions executed
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

4. Motivation: The Temperature Wall Problem (Cont.)
This slides presents your thesis motivation. Start with the problem and state why it is essential to address it
The Temperature Wall Problem
Increase performance by increasing Clock Frequency
Increase in Clock Frequency increases Power Consumption
Power Consumption converted to Heat and Temperature Increase
Reduce Clock Frequency to Cool Processor, thus Reduce Performance
 Need another way to keep processor’s temperature low
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

5. Motivation: Task Scheduling on Multicore Processors
This slides presents your thesis motivation. Start with the problem and state why it is essential to address it
Multicore Processors
Achieve higher performance using
More than one simpler processors (Cores)
Operating in Parallel
Task Assignment to Cores affects
Hardware Complexity
Processor Performance
Existing Task Assignment Methodologies:
Round Robin
Cache Affinity
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
 Consider Core Temperature in deciding on Task Assignment
Temperature-Aware Task Scheduling
Costas Kyriacou

6. Thesis Aim
This slides presents your proposed solution to the problem. Justify also why
Design, Implement and Evaluate a Temperature-Aware Task Scheduling System for Multi-core Processors
Tasks assigned to the idle core with lowest temperature
Thus, avoid overheating the processor
………..
……………….
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

7. Thesis Innovation
This slides presents your thesis innovation. Thesis innovation must be clearly stated. It affects the final assessment of your proposal
The proposed task scheduling system is innovative,
Schedule task according to the temperature of each core,
Avoid reducing the clock frequency,
Thus avoid performance degrading.
…….
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

8. Thesis Contributions
This slides presents your contributions. Your contributions must be clearly stated from the beginning.
(a) Design the Temperature-Aware Task Scheduling Unit.
(a1) Development of the Hardware modules needed to
record the temperature at the surface of each core of the processor chip
determine the lowest of the temperatures of the idle cores.
(a2) Development of a compiler preprocessor that will annotate each thread with its computation and data access characteristics.
(b) Evaluate the Temperature-Aware Task Scheduling Unit.
(b1) ……
(b2) …..
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

9. Addressing the Temperature Wall Problem
This is the related work section.
Use one slide for each method presented in the Background section of the Proposal report
………
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

10. Task Scheduling on Multicore Processor
This is the related work section.
Use one slide for each method presented in the Background section of the Proposal report
………
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

11. Temperature-Aware Task Scheduling Unit
This slide is an introduction to the proposed Task Scheduling Unit.
It should outline its main features
………
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

12. Temperature-Aware Task Scheduling Unit (cont)
Use a diagram to explain the concept. You may use animations
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

13. Evaluation Methodology
This slide should outline the evaluation Methodology
………
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

14. The Task Scheduling Prototype
This slide should provide information on the Prototype.
Refer to hardware and Software Platforms to be used
Clarify if available
………
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

15. Software Benchmarks ………
This slide should provide the characteristics/requirements of the software benchmarks to be used for the evaluation
If these benchmarks are already known, then name them and justify their selection
………
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

16. Implementation Methodology: Work-Package 1
List the Work-Packages/tasks and Deliverables provided in the Proposal report
Use more than one slides if necessary
………
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

17. Implementation Schedule: Gantt Chart
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

18. Conclusions
This slide should outline the main points described in the Conclusions section of the Proposal Report
You must be enthusiastic about the proposed work
………
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Temperature-Aware Task Scheduling
Costas Kyriacou

19. Thank you
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Costas Kyriacou

20. Extra Rescue Slides
The decimal system needs ten distinct symblos or states0 to 9. This can not be supported by digital electronics.
Costas Kyriacou