Red le parallel Reduction
Cslib.SKI.Red.le_parallelReduction
Plain-language statement
The inclusion (· ⭢ ·) ≤ (· ⭢ₚ ·).
Exact Lean statement
theorem Red.le_parallelReduction :
(· ⭢ ·) ≤ (· ⭢ₚ ·)Formal artifact
Lean source
theorem Red.le_parallelReduction : (· ⭢ ·) ≤ (· ⭢ₚ ·) := by intro a a' h cases h case red_S => apply ParallelReduction.red_S case red_K => apply ParallelReduction.red_K case red_I => apply ParallelReduction.red_I case red_head a a' b h => apply ParallelReduction.par · exact h.le_parallelReduction · exact ParallelReduction.refl b case red_tail a b b' h => apply ParallelReduction.par · exact ParallelReduction.refl a · exact h.le_parallelReduction- Project
- Lean Computer Science Library
- License
- Apache-2.0
- Commit
- f36649cff2c9
- Source
- Cslib/Languages/CombinatoryLogic/Confluence.lean:77-91
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Plain-language statement
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Person-level attribution pending.
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Cslib.Automata.NA.Buchi.buchiFamily_cover
Project documentation
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Source project: Lean Computer Science Library
Person-level attribution pending.
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Cslib.Automata.NA.Buchi.buchiFamily_saturation
Plain-language statement
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Source project: Lean Computer Science Library
Person-level attribution pending.