Syllabus / Home Page

This info on the Web:	http://www.cs.colby.edu/djskrien/cs231
Professor:	Dale Skrien (Dale's schedule)
Office:	404 Mudd Hall
Phone:	(859-)5851
Email:	djskrien@colby.edu
Office Hours:	Tues 11:30-2:30 & Fri 12-2
Class Meeting Time:	MWF 11:00-11:50 am, Keyes 103

Links to programming projects for this class:

• Project 1 (Implementing a LinkLister class) (due Friday, February 15)
• Project 2 (Implementing a LinkLister class recursively) (due Friday, February 22)
• Project 3 (Determining time complexity of methods) (due Friday, February 29)
• Project 4 (Implementing a LinkLister class with ListNodes) (due Friday, March 7)
• Project 5 (Adding back & forward buttons to the web crawler) (due Friday, March 21)
• Project 6 (Finding all pages within a given distance) (due Friday, April 4)
• Project 7 (Searching all pages within a given distance) (due Monday, April 14)
• Project 8 (Searching using wild cards) (due Monday, April 21)
• Project 9 (Displaying the results of a search using page ranking) (due Monday, April 28)
• Project 10 Implementing 3 graph algorithms (due Wednesday, May 7)

• FINAL EXAM (due Wednesday, May 14, 5:30 pm)
• A general Sorter class
• An improved general Sorter class
• QuickSort and BubbleSort
• Graph problems
• TallySort algorithm
• HeapSort algorithm
• Implementing a Priority Queue using a heap
• 4 implementations of add(int x) for binary search trees
• BinaryTree handout
• MIDTERM EXAM (due Monday, March 17, 11am)
• 4 implementations of toString for AirportLists
• 3 sorting methods (selection, insertion, merge)
• Recursive implementation of Selection sort
• BlueJ debugging demo (zip file)
• The BlueJ debugging lab from CS151 in the fall semester

• A good sorting algorithm visualization
• Syllabus
• Expectations of Working Together and Individually
• How to hand in assignments

• Java (& Swing) Tutorial
• JDK 1.5 API
• JDK 1.5 at Sun
• JDK 1.6 API
• JDK 1.6 at Sun
  
  
• BlueJ home page
• Netbeans IDE home page
• Netbeans Bluej edition home page
• Eclipse IDE home page
  
  
• Bruce Eckel's Thinking in Java, 3rd ed.