Lectures and Recitations
From 6.006: Introduction to Algorithms
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* [https://courses.csail.mit.edu/6.006/fall07/handouts/protected/L11/L11_Lecture_Notes.pdf Lecture 11]: Dynamic Programming (3) | * [https://courses.csail.mit.edu/6.006/fall07/handouts/protected/L11/L11_Lecture_Notes.pdf Lecture 11]: Dynamic Programming (3) | ||
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+ | * [https://courses.csail.mit.edu/6.006/fall07/handouts/protected/L12/L12_Lecture_Notes.pdf Lecture 12]: Dynamic Programming (4) |
Revision as of 15:14, 18 October 2007
- Lecture 1: Introduction, Document Distance
- Document Distance
- Readings: CLRS, chapters 1, 2, 3.
- Recitation 1: Document Distance; Python Lists
- Lecture 2: Document Distance (2)
- Document Distance Program Version 3, Document Distance Program Version 4, Document Distance Program Version 5
- Readings: CLRS, chapter 11, sections 1 and 2.
- Resources: Python Cost Model
- Recitation 2: Document Distance; Flatten
- Lecture 3: Document Distance (3)
- Recitation 3: Maximum Contiguous Subarray
- Lecture 4: Binary Search Trees
- Readings: CLRS, chapter 10, and chapter 12, sections 1–3.
- Recitation 4: BST Augmentation; Python OO
- Lecture 5: Balanced Binary Search Trees
- See references page for papers with proofs relating to balanced BSTs.
- Readings: CLRS, chapter 13, sections 1 and 2 (warning: red-black trees -- read for culture).
- Recitation 5: Rotations; Balanced BSTs
- Lecture 6: Hashing (1)
- Readings Lecture slides from OCW, CLRS, chapter 11, sections 1 and 2.
- Recitation 6: Hashing; hash()
- Lecture 7: Hashing (2)
- Readings: CLRS, 11.3 and 32.2.
- Recitation 7: String Matching; Rabin-Karp
- Lecture 8: Hashing (3)
- Readings: CLRS, chapter 11, section 4.
- Recitation 8: Hash Tables
- Lecture 9: Dynamic Programming (1)
- Readings: CLRS, 15.1–15.3.
- Recitation 9: Image Resizing; Matrix Chain Multiplication
- Recitation 10: Stamps; Longest Increasing Subsequence; Knapsack
- Lecture 10: Dynamic Programming (2)
- Recitation 11: Shortest vs. Longest Path; 1 Dimensional Image compression
- Lecture 11: Dynamic Programming (3)
- Lecture 12: Dynamic Programming (4)