Difference between revisions of "Completing Multicore, Embedded XINU"
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As the number of multi-core systems in our world grows, it becomes increasingly important for students to work on hardware-supported multi-core systems. We hope to continue adding functionality to our current XINU operating system with the hopes of open sourcing our multi-core variant in the future for schools everywhere to utilize and build upon. | As the number of multi-core systems in our world grows, it becomes increasingly important for students to work on hardware-supported multi-core systems. We hope to continue adding functionality to our current XINU operating system with the hopes of open sourcing our multi-core variant in the future for schools everywhere to utilize and build upon. | ||
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Long term, I plan to work with my colleagues and Dr. Dennis Brylow to “finish off” the core functionality of Embedded XINU with the intention of open-sourcing it. This is an opportunity to provide other universities with an updated version of XINU which will reach more computing students across the globe. | Long term, I plan to work with my colleagues and Dr. Dennis Brylow to “finish off” the core functionality of Embedded XINU with the intention of open-sourcing it. This is an opportunity to provide other universities with an updated version of XINU which will reach more computing students across the globe. | ||
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'''Tentative Milestones''' | '''Tentative Milestones''' | ||
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Week 1: Complete Data Science Bootcamp, Solidify Project, and Meet with XINU team | Week 1: Complete Data Science Bootcamp, Solidify Project, and Meet with XINU team | ||
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Week 2: Implement proper inter-core communication to prevent race-conditions and deadlocks | Week 2: Implement proper inter-core communication to prevent race-conditions and deadlocks | ||
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Weeks 3-4: Begin Adding Memory Protection and Virtual Memory | Weeks 3-4: Begin Adding Memory Protection and Virtual Memory | ||
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Weeks 4-5: Develop the Ability to Allow Processes to Migrate between Cores | Weeks 4-5: Develop the Ability to Allow Processes to Migrate between Cores | ||
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Weeks 5-6: Adding File-System Support | Weeks 5-6: Adding File-System Support | ||
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Weeks 6-7: Making Non-Blocking, Concurrent Data Structures | Weeks 6-7: Making Non-Blocking, Concurrent Data Structures | ||
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Weeks 8-10: Make the Entire Operating System PTHREAD Compliant | Weeks 8-10: Make the Entire Operating System PTHREAD Compliant | ||
Revision as of 15:38, 5 June 2020
Project Description
As the number of multi-core systems in our world grows, it becomes increasingly important for students to work on hardware-supported multi-core systems. We hope to continue adding functionality to our current XINU operating system with the hopes of open sourcing our multi-core variant in the future for schools everywhere to utilize and build upon.
Project Goal
The Embedded XINU system has given Marquette Students a rare opportunity to learn about multi-core topics with actual hardware to support this functionality. Since Spring 2018, this has shown to have tremendous results. As multi-core systems are every where in the world today, this is a huge development. It is because of this, we will work to finish off the functionality of embedded multi-core XINU. We will do this by reviewing the previous work done and picking up where previous researchers left off with the hopes of continuing to push the boundaries of what Marquette’s system courses can ask of it’s students when designing projects. Long term, I plan to work with my colleagues and Dr. Dennis Brylow to “finish off” the core functionality of Embedded XINU with the intention of open-sourcing it. This is an opportunity to provide other universities with an updated version of XINU which will reach more computing students across the globe.
Tentative Milestones
Week 1: Complete Data Science Bootcamp, Solidify Project, and Meet with XINU team
Week 2: Implement proper inter-core communication to prevent race-conditions and deadlocks
Weeks 3-4: Begin Adding Memory Protection and Virtual Memory
Weeks 4-5: Develop the Ability to Allow Processes to Migrate between Cores
Weeks 5-6: Adding File-System Support
Weeks 6-7: Making Non-Blocking, Concurrent Data Structures
Weeks 8-10: Make the Entire Operating System PTHREAD Compliant
