Schedule - CS 307 - Summer 2011

Date Topic Readings and Events
Reading Assignments with a cited chapter are from the recommended textbook, Data Structures and Problem Solving using Java, 4th edition by Mark Allen Weiss ISBN 978-0321541406
Monday, June 13 Topic 1: Syllabus and Course Mechanics

Slides in PowerPoint, PDF, and PDF for printing (4 slides per page)

Topic 2: Java basics
Slides: PPT, PDF, PDF 4up

1.Read the course syllabus, topics list, and schedule. Browse class materials on class web site.
2. Chapter 1
3. Review The Java Tutorial online. Lesson: Language Basics. Read all subtopics including Variables, Operators, Expressions, Statements and Blocks, and Control Flow Statements
download.oracle.com/javase/tutorial/java/nutsandbolts/index.html

A. Assignment 1 out

Wednesday, June 15 Finish Topic 2: Java basics 1. Programming with assertions. Online at:
download.oracle.com/javase/1.4.2/docs/guide/lang/assert.html
Thursday, June 16 Discussion Section 1. Quiz 1 in discussion section
2. Q and A (questions and answers) for assignment 1
3. If time remaining go over the Roman Numeral problem (number 4) from section problem handout 1.
Friday, June 17

Topic 3: Pointers and object variables
Slides: PPT, PDF, PDF 4up

1. Pointers and Memory by Nick Parlante. This was designed for students using C but is still an excellent explanation of what pointers are and what can be done with them. Available online at:
http://cslibrary.stanford.edu/102/PointersAndMemory.pdf 
2. Chapter 2, sections 2.1 - 2.4

A. Assignment 2 out

Monday, June 20

Topic 4: Exceptions and file I/O
Slides: PPT, PDF, PDF 4up

1. The Java Tutorial online: Lesson: What's an Exception and Why do I Care?
download.oracle.com/javase/tutorial/essential/exceptions/definition.html
2. Chapter 2, sections 2.5 - 2.6
3. The Java Tutorial Online. Basic I/O. Read the sections on I/O Streams and File I/O. download.oracle.com/javase/tutorial/essential/io/

A. Assignment 1 due

Wednesday, June 22 Topic 4: Exceptions and file I/O
Slides: PPT, PDF, PDF 4up

Topic 5: Designing and Implementing Classes.
Slides: PPT, PDF, PDF 4up.

1. The Java Tutorial online. Lesson: Object-Oriented Programming Concepts. Read the following topics: What is an Object? What is a Class?
download.oracle.com/javase/tutorial/java/concepts/index.html
2. Chapter 3
3. The Java Tutorial online. Lesson: Objects. Read the page on Objects and the sub pages on Creating Objects and using Objects.
4. The Java Tutorial online. Classes. Read all the subtopics of in the Classes section.
Thursday, June 23 Discussion Section 1. Quiz 2 in discussion section
2. Q and A for assignment 2
3. Problem 5 from section problem handout 2.
Friday June 24 Topic 5: Designing and Implementing Classes. 1. Read the entries on Abstract data types, Data structures, and Dynamic arrays at Wikipedia.
Monday, June 27 Topic 5: Designing and Implementing Classes.

A. Assignment 2 due by 11 pm
B. Assignment 3 out

Wednesday, June 29 Topic 6: Inheritance and polymorphism
Slides: PPT, PDF, PDF 4up
1. Chapter 4, sections 4.1 - 4.6
2. An explanation of inheritance from Stuart Reges, University of Arizona
3. The Java Tutorial online. What is Inheritance?
download.oracle.com/javase/tutorial/java/concepts/inheritance.html
4. The Java Tutorial online. A more detailed look at inheritance. Read this page and all the following sub topics: Overriding and Hiding Methods, Hiding Fields, Using the Keyword super, and Object as a Superclass.
download.oracle.com/javase/tutorial/java/IandI/subclasses.html
Thursday, June 30 Discussion Section 1. Quiz 3 in discussion section
2. Q and A (questions and answers) for assignment 3
3. Problem 9 from section handout 3, building a complex number class.
Friday July 1 Topic 7: Interfaces and abstract classes.
Slides: PPT, PDF, PDF 4up
1. The Java Tutorial online. Read the entry on What is an Interface. download.oracle.com/javase/tutorial/java/concepts/interface.html
2. The Java Tutorial online. Lesson: Interfaces. Read this page and all of the sub topics for Interfaces
download.oracle.com/javase/tutorial/java/IandI/createinterface.html
3. The Java Tutorial online. Read the topic on Abstract Methods and Classes:
download.oracle.com/javase/tutorial/java/IandI/abstract.html
Monday, July 4 Independence Day holiday - no class Independence Day holiday - no class
Tuesday, July 5   A. Assignment 3 due by 11 pm
B. Assignment 4 out
Wednesday, July 6 Topic 8: Algorithm analysis
Slides: PPT, PDF, PDF 4up
1. Chapter 5
2. Yet another explanation of Big O.
3. Video on Big O from MIT
4. Algorithm Analysis and Big O at Wikipedia
5. The National Institute of Standards and Technology, Dictionary of Data Structures and Algorithms page on Big O notation.
6. Slides on Big O by Owen Astrachan of Duke University. 
Thursday, July 7 Discussion Section 1. Quiz 4 in discussion section
2. Q and A for assignment 4.
3. Problem 3 from section problem handout 4. Ticket problem.
Friday July 8 First term finals. No class First term finals. No class
Monday, July 11 Finish Algorithm Analysis

Topic 9: Introduction to recursion
Slides: PPT, PDF, PDF 4up

1. Chapter 7
2. Recursion at Wikipedia.
3. Recursion at the NIST Dictionary of Algorithms and Data Structures

A. Assignment 4 due by 11 pm
B. Assignment 5 out

Wednesday, July 13 Finish Topic 9: Introduction to recursion  
Thursday, July 14 Discussion Section 1. Quiz 5 in discussion section
2. Q and A for assignment 5
3. Review for midterm
Friday July 15 Midterm in class Midterm in class. The midterm will cover up to and including topic 8, Algorithm analysis.
Monday, July 18 Topic 10: Recursive backtracking
Slides: PPT, PDF, PDF 4up
1. Backtracking at Wikipedia.
2. Backtracking at the NIST Dictionary of Algorithms and Data Structures
3. Another explanation of recursive backtracking.
4. The 8 queens puzzle at Wikipedia.
5. the knapsack problem at Wikipedia.

A. Assignment 5 due by 11 pm
B. Assignment 6 out

Wednesday, July 20 Topic 11: Sorting and searching
Slides: PPT, PDF, PDF 4up

Review midterm results.

1. Chapter 5, section 5.6 and Chapter 8.
2. Searching articles at Wikipedia: Linear Search, Binary Search and at NIST DADS: Linear Search, Binary Search
3. Sorting articles at Wikipedia: Selection Sort, Insertion Sort, Shell sort, Quick sort, Merge sort and sorting articles at NIST DADS: Selection Sort, Insertion Sort, Shell sort, Quick sort, Merge sort
4. A whimsical take on selection sort and quicksort at YouTube. 
Thursday, July 21 Discussion Section 1. Quiz 6 in discussion section
2. Q and A for assignment 6
3. Problems 4, 8, and 11 from section problem handout 6.
Friday July 22 Topic 12: ADTs, Java Collections Framework, Generic Data Structures
Slides: PPT, PDF, PDF 4up

Topic 13:  Iterators
Slides: PPT, PDF, PDF 4up

1. Sections 6.1, 6.3.1, 6.4 - 6.9
2. Chapter 15
3. Abstract Data Types, Data Structures, and Dynamic Arrays at the NIST DADS. (NIST DADS)
4. The Java Tutorial online. The intro article to the Collections Framework download.oracle.com/javase/tutorial/collections/interfaces/index.html and The Collection Interface. download.oracle.com/javase/tutorial/collections/interfaces/collection.html
5. An explanation of the Java Collections Framework.
6. Section 4.7
7. The Java tutorial online. Generics. Read the Introduction and the section on Generic Types. download.oracle.com/javase/tutorial/java/generics/index.html
Monday, July 25

Finish Topic 13, Iterators

1. Sections 6.2, 6.3, 15.1, 15.2, and 15.5
2. Iterators at Wikipedia.
3. The Java Tutorial online. Nested Classes. Read the main entry on Nested Classes and both subtopics on Inner Class Example and Summary of Nested Classes. download.oracle.com/javase/tutorial/java/javaOO/nested.html

A. Assignment 6 due by 11 pm
B. Assignment 7 out

Wednesday, July 27 Topic 14: Linked Lists
Slides: PPT, PDF, PDF 4up
1. Chapter 17
2. Linked Lists at Wikipedia. and at the NIST DADS
Thursday, July 28 Discussion Section 1. Quiz 7 in discussion section
2. Q and A for assignment 7
Friday, July 29 Finish Topic 14: Linked Lists  
Monday, August 1 Topic 15: Stacks
Slides: PPT, PDF, PDF 4up

Topic 16: Queues
Slides: PPT, PDF, PDF 4up

1. Section 11.1, Chapter 16, 11.2
2. Stacks at Wikipedia.  and at the NIST DADS
3. postfix notation at Wikipedia

A. Assignment 7 due by 11 pm
B. Assignment 8 out

Wednesday, August 3 Finish Topic 16, Queues 1. Chapter 16
2. Queues at Wikipedia. and at the NIST DADS
Thursday, August 4 Discussion Section 1. Quiz 8 in discussion section
2. Q and A for assignment 8
Friday August 5 Topic 17: Trees
Slides: PPT, PDF, PDF 4up

Topic 18: Binary search trees
Slides: PPT, PDF, PDF 4up

1. Chapter 18
2. Binary Trees at Wikipedia and at the NIST DADS (See the main page and search for the term traversal to find information the various tree traversal algorithms.)

A. Assignment 9 out

Monday, August 8 Topic 18: Binary search trees

1. Chapter 19, sections 19.1 - 19.3
2. Binary Search Trees at Wikipedia and at the NIST DADS

A. Assignment 8 due by 11 pm

Wednesday, August 10 Topic 19: Balanced binary search trees
Slides: PPT, PDF, PDF 4up
1. Chapter 19, section 19.5
2. Red-Black Trees at Wikipedia
3. Red-Black Trees at the NIST Dictionary of Algorithms and Data Structures
4. An Applet showing Red-Black trees in action.
Thursday, August 11 Discussion Section 1. Quiz 9
2. Review for final exam
Friday August 12

Topic 20: Hash tables, Maps / Dictionaries
Slides: PPT, PDF, PDF 4up

Course-instructor evaluations in class.

1. Chapter 20
2. Hash tables at Wikipedia and at  NIST DADS
3. Section 6.8
4. Maps / Dictionaries at Wikipedia (a.k.a. associative arrays) and at  NIST DADS

A. Assignment 9 due by 11 pm

Monday, August 15 Final Exam, 7 - 10 pm Final Exam 7 - 10 pm, location TBD (Yes, in the evening.)

All slides, 4 per page, in one big pdf file. 200 pages,