I will make additions and changes to this schedule as the semester progresses.
Keep checking the class web space to see the latest version.
 
(Are you looking at a stale web page? 
Try refreshing your browser.)
 
(rev. May 4, 2017)
 
[2017/04/27: Moved back date for Quiz #3]
[2017/04/27: Inserted date and coverage for Quiz #3]
[2017/04/05: Inserted coverage for Quiz #2]
[2017/02/26: Inserted coverage for Quiz #1]
[2017/02/11: Moved back tentative quiz date]
[2017/01/08: Initial Edits]
 WORK SCHEDULE FOR CS 4440 -- Spring 2017 
WEEK #1: Th-F, Jan 26 - Jan 27
-   🌷 First day of class is
     Thursday, January 26. class meets in P-101, 11:00-12:15. 
     
 -  All students should have an account on the Computer Science 
     Department Laboratory Network.  Let me know immediately if 
     you don't have one, or if you need a new password on your 
     existing account. 
 -  Figure on having to cover an average of close to 19 pages per 
     week in our text book: "Kleinberg-Tardos".  
 -  Reading Assignment:
     
     -  Read the course description & this schedule 
          (important!!)
     
 -  Kleinberg-Tardos: chapter 1, plus chapter 1 
          solved exercises 
     
 
 
 
WEEK #2: Jan 30 - Feb 03
-  Reading Assignment:
     
     -  Kleinberg-Tardos: sections 4.1-4.2
     
 
 
 -  Possible Lecture Topics:
     
 
     -  The Stable Matching Problem & The Gale-Shapley Algorithm
     
 -  Five Representative Problems
     
 
 -   ♭ ♬  
 
WEEK #3: Feb 06 - Feb 10
-  Reading Assignment:
     
     -  Kleinberg-Tardos: sections 4.4-4.6
     
 
 -  Possible Lecture Topics:
     
 
     -   Greedy Algorithm: Interval Scheduling
     
 -   Greedy Algorithm: Scheduling All Intervals
      
 
 
WEEK #4: Feb 13 - Feb 17
-  Reading Assignment:
     
     -  Kleinberg-Tardos: ch 4 solved exercises, sections 5.1-5.2
     
 
 
 -  Possible Lecture Topics:
     
 
     -   Greedy Algorithm: Scheduling to Minimize Lateness
     
 -  Dijkstra's (greedy) algorithm for single-source,
          all nodes, shortest paths.
     
 -  Kruskal's (greedy) for finding a minimum cost spanning tree
     
 
 
WEEK #5: Feb 20 - Feb 24
-  Reading Assignment:
     
     -  Kleinberg-Tardos: sections 5.3-5.4, ch 5 solved exercises 
     
 
 -  Possible Lecture Topics:
     
 
     -  Prim's (greedy) for finding a minimum cost spanning tree
     
 -  Union-Find data structure for implementing Kruskal's algorithm
     
 -  Divide and Conquer - Merge Sort
     
 
 
WEEK #6: Feb 27 - Mar 03
-  Reading Assignment:
     
     -  Kleinberg-Tardos: sections 6.1-6.4
     
 
 -  🌷  QUIZ #1: 
     Thursday, Mar 02  on:
     
     -  Material on Chapters 1 and sections 4.1 to 4.4 of Chapter 4.
     
 - 
         Bring with you a #2 pencil, an eraser, and 
        a Scantron 882-E form (the LONG form).
        The 882-E forms are sold in the bookstore.
     
 
 -  Possible Lecture Topics:
     
 -   February 28 (Mardi Gras):  
     ⚜
 
WEEK #7: Mar 06 - Mar 10
-  Reading Assignment:
     
     -  Kleinberg-Tardos: sections 6.6-6.8
     
 
 -  Possible Lecture Topics:
     
 
WEEK #8: Mar 13 - Mar 17
-  Reading Assignment:
     
     -  Kleinberg-Tardos: finish up chapter 6,
          ch 6 solved exercises, 
          section 7.1
     
 
 
 -  Possible Lecture Topics:
      
 -   March 17:  
     ☘ 
 -   March 20:  
         春 
 
  SPRING BREAK: Mar 18 - Mar 26
WEEK #9: M-Th, Mar 27 - Mar 30
-  Reading Assignment:
     
     -  Kleinberg-Tardos: sections 7.2-7.3
     
 
 
 -  Possible Lecture Topics:
      
 
WEEK #10: Apr 03 - Apr 07
-  Reading Assignment:
     
     -  Kleinberg-Tardos: sections 7.5, 7.7-7.8
     
 
 -  Possible Lecture Topics:
     
 
     -  Shortest Paths in a Graph (Bellman-Ford Algorithm)
     
 -  Homework Problems
     
 -  Network Flow
     
 
 
 
WEEK #11: Apr 10 - Apr 14
-  Reading Assignment:
     
     -  Kleinberg-Tardos: sections 7.9, ch 7 solved exercises
     
 
 -  🌷  QUIZ #2: 
     Thursday, April 13  on:
     
     -  Material in sections 4.5-4.6, 5.1-5.4, and 6.1-6.2.
     
 - 
         Bring with you a #2 pencil, an eraser, and 
        a Scantron 882-E form (the LONG form).
        The 882-E forms are sold in the bookstore.
     
 
 -  Possible Lecture Topics:
     
 
WEEK #12: Apr 17 - Apr 21
-  Reading Assignment:
     
     -  Kleinberg-Tardos: sections 8.1-8.3
     
 
 -  Possible Lecture Topics:
     
 
 
WEEK #13: Apr 24 - Apr 28
-  Reading Assignment:
     
     -  Kleinberg-Tardos: sections 8.4-8.5
     
 
 -  Possible Lecture Topics:
     
 
WEEK #14: May 01 - May 05
-  Reading Assignment:
     
     -  Kleinberg-Tardos: finish 8.1-8.5, ch 8 solved exercises
     
 
 -  Possible Lecture Topics:
     
 
WEEK #15: May 08 - May 12
-  Reading Assignment:
     
 -  🌷  QUIZ #3: 
     
Tuesday, May 09 Thursday, May 11  on:
     
     -  Material in sections 
          
 
          -  6.3 (Segmented Least Squares), 
          
 -  6.4 (Subset Sums & Knapsacks), 
          
 -  6.6 (Sequence Alignment),
          
 -  7.1 (The Max Flow Problem & The Ford-Fulkerson Algorithm), 
          
 -  7.2 (Max Flows & Min Cuts),
          
 -  7.3 (Choosing Good Augmenting Paths), and
          
 -  7.5 (The Bipartite Matching Problem)
          
 
      - 
         Bring with you a #2 pencil, an eraser, and 
        a Scantron 882-E form (the LONG form).
        The 882-E forms are sold in the bookstore.
     
 
 -  Possible Lecture Topics:
     
 
WEEK #16: M-W, May 15 - May 17
-  Reading Assignment:
     
     -  Kleinberg-Tardos: Catch up!!
     
 
 -  Possible Lecture Topics:
     
 
 THE FINAL EXAM:  is scheduled for 
Thursday, May 18, 2017 from 11:15 to 13:15. The exam will 
be given in the regular classroom: P-101.  
The final exam will be comprehensive.
Bring a #2 pencil and 
a Scantron 882-E form (the LONG form).
The 882-E forms are sold in the bookstore.