Reference Summary: Regular dependence graphs; basic concepts in mapping algorithms to systolic arrays; projection and scheduling vectors. What happens in the tail I need to still finish compute n minus 1 and I need to do write n minus
Ee5332 L3 2 Resource Shared 38778 -
Regular dependence graphs; basic concepts in mapping algorithms to systolic arrays; projection and scheduling vectors. What happens in the tail I need to still finish compute n minus 1 and I need to do write n minus Basic compiler optimizations - constant folding, subexpression elimination.
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- Regular dependence graphs; basic concepts in mapping algorithms to systolic arrays; projection and scheduling vectors.
- What happens in the tail I need to still finish compute n minus 1 and I need to do write n minus
- Basic compiler optimizations - constant folding, subexpression elimination.
- Evolving a programmable processor - separate out datapath and control.
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