- 40% Homework
- 35% 2 Midterms
- 25% Final Exam
- +5% Class Participation
WD | Date | Topics | Refs | Notes |
---|---|---|---|---|
Tue | 01/09 | Introduction and Course Policy | HW1 out | |
Fri | 01/12 | Sorting: Selection Sort, Insertion Sort, Merge Sort | ||
Tue | 01/16 | Asymptotic Analysis | ||
Fri | 01/19 | Karatsuba's Algorithm, Recurrences, Recursion Trees | ||
Tue | 01/23 | Master Theorem, Selection | HW1 due, HW2 out | |
Fri | 01/26 | Dynamic Programming: Fibonacci, WIS | ||
Tue | 01/30 | Dynamic Programming: WIS | ||
Fri | 02/02 | Dynamic Programming: Knapsack | HW2 due, HW3 out | |
Tue | 02/06 | Dynamic Programming: LIS, LCS | ||
Fri | 02/09 | Dynamic Programming: Edit Distance | ||
Tue | 02/13 | Midterm Review | HW3 due | |
Fri | 02/16 | Midterm 1 | ||
Tue | 02/20 | Greedy Algorithms | HW4 out | |
Tue | 02/23 | Greedy Algorithms | ||
Tue | 02/27 | Graphs: Graph Definitions, DFS | ||
Fri | 03/01 | Graphs: DFS, Topological Sort | HW4 due | |
Tue | 03/05 | No class: Spring Break | ||
Fri | 03/08 | No class: Spring Break | ||
Tue | 03/12 | Graphs: BFS | HW5 out | |
Fri | 03/15 | Graphs: Dijkstra | ||
Tue | 03/19 | Graphs: Bellman-Ford | ||
Fri | 03/22 | Midterm 2 Review | HW5 due | |
Tue | 03/26 | No class | HW6 out | |
Fri | 03/29 | Midterm 2 | ||
Tue | 04/02 | Graphs: MST | ||
Fri | 04/05 | NP Hardness | ||
Tue | 04/09 | NP Hardness | ||
Fri | 04/12 | Advanced Algorithms | ||
Tue | 04/16 | Advanced Algorithms + Final Review | HW6 due (4/18) | |
Tue | 04/23 | Final Exam |
You cannot collaborate with anyone on quizzes and exams. However, you are encouraged to work with your classmates on homework problems. Note that using the internet or collaborating with students/people outside the class are prohibited. If you collaborate with other students on a homework, then:
- You must write all solutions by yourself.
- You may not share any written solutions.
- You must state all your collaborators.
- We reserve the right to ask you to explain any solution.
- Textbooks
- [KT] Jon Kleinberg and Éva Tardos. Algorithm Design.
- [E] Jeff Erickson. Algorithms (available free electronically).
- [CLRS] Thomas H. Cormen, Charles E. Leiserson, Ronald L. Rivest, and Clifford Stein. Introduction to Algorithms.