Moon's day | Woden' s day | Frigga's day |
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Sept 3 |
Intro to ML; cardinality and Cartesian products. 1.(6-9). Slides |
Pg 26: 1.6.(1-5) Pg 32: 1.8.(1, 4, 5) Pg 36: 1.9.(3, 4, 8, 9, 10). Note that the ML problems should be submitted on paper with the rest of the assignment. Skim 1.(10&11)
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Sept 8 |
Functions in ML. 1.(11-13). Code from class |
Pg 48: 1.11.(4, 8, 10) Pg 50-51: 1.12.(3, 5, 8) Read 2.1 Skim 2.2
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Sept 10 |
List. Introduction to lists. 2.(1 & 2) Code from class |
Pg 70: 2.1.(2-4, 7) Pg 74: 2.2.(2, 3, 8, 9) Skim 2.3 Read 2.4
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Sept 12 |
More about lists; powersets. 2.(3 & 4) Code from class |
Pg 74: 2.2.(11, 13, 15) Pg 82: 2.4.(8-12, 14 & 15) Read carefully 2.5 Skim 2.6
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Sept 15 |
A language processor. 2.(5 & 6) Code from class |
Pg 91: 2.B Read carefully 3.(1 & 2) Read 3.(3 & 4)
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Sept 17 |
Proposition. Propositional forms; boolean values; logical equivalence. 3.(1-4) Slide |
Pg 102: 3.3.(5 & 6) Pg 105: 3.4.(2, 4, 8-12) Read 3.(5-7)
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Sept 19 |
Conditionals. 3.(5-7) Slides Code from class |
Pg 108: 3.5.(1 & 2) Pg 114: 3.7.(1, 2, 7, 8, 9, 12, 13) Read 3.(8 & 9)
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Sept 22 |
Arguments. 3.(8 & 9) Slides |
Pg 119: 3.8.(3 & 5) Pg 122: 3.9.(3-7) Read carefully 3.(10 & 11) Skim 3.(12 & 13)
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Sept 24 |
Predicates; quantification. 3.(10-13) Code from class |
Pg 133: 3.12.(1 & 2) Pg 135:3.13.(4 & 5) Read 3.14
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Sept 26 |
Quantification and arguments. 3.14 Slides |
Pg 139: 3.14(6-9)
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Oct 3 |
Proof. Introduction to proofs; subset proofs. 4.(1 & 2) |
Pg 158:4.2.(2-7) Read 4.(3 & 4)
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Oct 6 |
Set equality proofs; set emptiness proofs. 4.(3 & 4) |
Pg 160: 4.3.(3, 14, 15, 18) Pg 161: 4.4.(5,6) Read 4.(5-8)
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Oct 8 |
Conditional proofs. 4.(5-8) |
Pg 162: 4.5.(1, 4, 5) Pg 164: 4.6.(2,5) Pg 165: 4.7.(1, 6) Review 2.4, especially Ex 2.4.15 Skim 4.9
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Oct 10 |
Powersets. 4.9 Slides |
Pg 174: 4.9.(1, 3, 4, 6) Skim 4.(10 & 11)
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Oct 13 |
From theorems to algorithms. 4.(10 & 11) Code from class |
Pg 177: 4.10.(3, 4, 6) Read carefully 5.1 Read 5.(2 & 3)
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Oct 15 |
Relation. Introduction. 5.(1-3) |
Pg 205: 5.3.(8, 10, 12, 13) Read 5.4
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Oct 17 |
Properties of relations. 5.4 |
Pg 205: 5.3.(5, 6, 11, 14) Pg 208: 5.4.(3-5, 22, 24, 25, 26) Pg 212: 5.5.(5, 7, 9, 10) All above due Oct 24 Read 5.5
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Oct 22 |
Equivalence relations. 5.5 |
See Oct 17 for assignment Read 5.(6 & 7)
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Oct 24 |
Transitive closure. 5.(6 & 7) Code from class |
Pg 217: 5.6.(1&3) Pg 222: 5.7.(3&5) Read 5.(8 & 9)
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Oct 27 |
Partial order relations; topological sort. 5.(8 & 9) Slides |
Pg 226: 5.8.(1-5) Pg 231 5.9.(1 & 8)
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Nov 5 |
Structural induction. 6.4 |
Pg 268: 6.4.(3,4,6,7) Skim 6.(5 & 6)
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Nov 7 |
Mathematical induction. 6.(5 & 6) |
Pg 273: 6.5.(2 & 4) Pg 278: 6.6.(2 & 3). Due 11/12 Read 6.9 carefully Skim 6.10
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Nov 10 |
Loop invariants. 6.(9 & 10) Code from class |
Pg 306: 6.10.(2-5). Due 11/14
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Nov 12 |
More on loop invariants. 6.(10-11) |
Read 7 intro and 7.1 carefully Read 7.2 Skim 7.3 Practice exercises
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Nov 17 |
Images and inverse images. &.(4 & 5) Code from class |
Pg 342: 7.4.(2, 5, 8, 9, 10) Read 7.(6-8)
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Nov 19 |
Function properties; inverse functions; composition. 7.(5-8) |
Pg 346: 7.6.(2, 3, 6) Pg 351: 7.8.(1, 5, 6) Skim 7.9
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Nov 24 |
No-credit quiz. Countability. 7.15 Slides |
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Dec 8 |
Fixed-point iteration. 7.(12 & 13) Code from class |
Pg 375: 7.13.(1,3) Skim 6.12
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