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20
300s School/ME 2150 - High Assurance Cyber-Physical Systems/ME 2150 - High Assurance Cyber-Physical Systems - README.md
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- [[2025-01-14 Microkernels.md]] - [[2025-01-14 Microkernels.md]]
- [[2025-01-16 HACMS Program Overview.md]] - [[2025-01-16 HACMS Program Overview.md]]
- [[2025-02-18 Boyd Talk.md]] - [[2025-02-18 Boyd Talk.md]]
- [[2025-03-25 Max's Lecture.md]]
- [[Capabilities Tutorials.md]] - [[Capabilities Tutorials.md]]
- [[Investigating seL4 with Docker.md]] - [[Investigating seL4 with Docker.md]]
- [[Lean.md]] - [[Lean.md]]
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- [[!Things That Need Done.md]] - [[!Things That Need Done.md]]
## Summary ## Summary
It appears that you have a collection of notes and to-do lists from a course on High Assurance Cyber-Physical Systems (ME 2150) at Carnegie Mellon University. The notes cover various topics, including:
1. A lecture by Jeremy Avigad on Lean, a formal system for reasoning about mathematics.
2. A talk by Boyd Mutlerer on SeL4, Kry10, and the concept of "KOS" (which he doesn't like).
3. To-do lists for completing the course material, including:
* Completing the seL4 tutorials
* Working through the Microkit tutorial
* Reading parts 1-3 of the Microkit tutorial
* Attempting to complete parts 2-4 of the Microkit tutorial (status: not started)
* Starting an introduction to SeL4 proofs
Some notable observations from these notes:
* The importance of evidence in science and engineering is emphasized, particularly when it comes to software verification.
* The use of formal systems like Lean and SeL4 for reasoning about mathematics and computer systems is highlighted.
* The concept of the "innovator's dilemma" is mentioned, which suggests that as technology advances, new challenges and trade-offs emerge.
* The value of interactive theorem provers (ITPs) like ITP is discussed.
Overall, these notes suggest a focus on formal methods, software verification, and high-assurance systems in the context of computer science and engineering.
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