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CS 61C Course Notes

L02 Number Representation

L03-L08 C

L08 Floating Point

L09-L12 RISC-V

L13-L14 RISC-V Instruction Formats

L15 CALL

L16-L20 Synchronous Digital Systems

L21-L23 Single-Cycle CPU

L24-L25 Pipelining

L26-L29 Caches

L30 Performance Programming, Amdahl's Law

L31 Flynn's Taxonomy, SIMD

L32 MIMD, Thread-Level Parallelism

L33-L34 Synchronization

L35-L36 Virtual Memory

L35: VM Intro

Virtual Memory Concepts Paged Memory Page Faults Memory Manager

L35: VM and Caches

IEC and Base-10 Prefixes RV32I Green Card References

Virtual Memory Concepts

TODO

1Learning Outcomes¶

TODO
TODO

🎥 Lecture Video

2Visuals¶

What happens if physical memory is too small? — Figure 1:What happens if physical memory is too small?

"TODO" — Figure 2:How do two programs share the same memory?

"TODO" — Figure 3:Give programs the illusion of having their own memory.

"TODO" — Figure 4:Ignore caches for now.

What happens if physical memory is too small? — Figure 5:What happens if physical memory is too small?

L33-L34 Synchronization

Atomic Operations