1. Two important levels of the memory hierarchy are the cache and virtual memory.
2. The smaller memories are more expensive and faster.
3. Designs with higher power consumption are fast and also usually large.
4. As a rule, all possible tags are in parallel because speed is critical.
5. The type of internal storage in the CPU is the most basic differentiation.
6. Unlike programs in high-level languages, the operands of arithmetic instructions are restricted.
8. There are a number of techniques for converting such loop-level parallelism into instruction-level parallelism.
9. This loop is not parallel because there are cycles in the dependencies.
10. Memory is just a large, single-dimensional array, with the address acting as the index to that array, starting at 0.
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