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Jan 26 |
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A language processor. 2.(5 & 6)
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Jan 28 |
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Proposition. Propositional forms; boolean values; logical equivalence. 3.(1-4)
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Jan 31 |
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Conditionals. 3.(5-7)
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Feb 2 |
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Arguments. 3.(8 & 9)
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Feb 4 |
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Predicates; quantification. 3.(10-13)
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Feb 7 |
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Quantification and arguments. 3.14
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Feb 14 |
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Proof. Introduction to proofs; subset proofs. 4.(1 & 2)
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Feb 16 |
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Set equality proofs; set emptiness proofs. 4.(3 & 4)
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Feb 18 |
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Conditional proofs. 4.(5-8)
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Feb 25 |
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From theorems to algorithms. 4.(10 & 11)
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Feb 28 |
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Relation. Introduction. 5.(1-3)
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Mar 2 |
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Properties of relations, part 1. 5.(4&5)
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Mar 4 |
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Properties of relations, part 2. 5.(4&5) |
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Mar 14 |
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Transitive closure. 5.(6 & 7)
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Mar 16 |
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Partial order relations; topological sort. 5.(8 & 9)
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Mar 23 |
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Self Reference. Recursive types. 6.(1-3)
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Mar 25 |
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Structural induction. 6.4
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Mar 28 |
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Mathematical induction. 6.(5 & 6)
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Mar 30 |
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Loop invariants, part 1. 6.(9 & 10)
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Apr 1 |
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Loop invariants, part 2. 6.(9 & 10) |
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Apr 4 |
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Function. Introduction. 7.(1-3)
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Apr 6 |
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Images and inverse images. 7.(4 & 5)
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Apr 8 |
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Map and filter; function properties; inverse functions; composition. 7.(5-8)
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Apr 13 |
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No-credit quiz. Countability. 7.15
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Apr 22 |
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Map and foldl; modeling functions. 7.(5 & 14)
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Apr 25 |
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Fixed-point iteration. 7.(12 & 13)
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Apr 27 |
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Huffman encoding. 6.12
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