CS 667/867
Internet Application Design and Development
(Spring 2006)

Professor : Ilmi Yoon
Session I
TH 12:35 - 1:50 pm
Lec. Location:
HSS 304
Office Phone
(415) 338 - 2335
Office #:
TH 910
Office Fax
(415) 338-6826
Office Hours:

T TH 3:30 - 4:30 pm
Email Address
yoon@cs.sfsu.edu
Mailing Address
Computer Science Department 
San Francisco State University 
1600 Holloway Avenue
San Francisco, CA 94132
Teaching Assistant Berndt Jung<berndtj@sfsu.edu> TA office hour Tuesday 4:30 ~ 5:30 pm
Teaching Assistant Hendra Lim<hlim@sfsu.edu> TA office hour Friday 4:30 ~ 5:30 pm

Course Description

The focus of this course is to teach the principles of the technologies that the Web is based upon. It will cover Client-Server architecture, Extensible Markup Language (XML), HyperText Transfer Protocol (HTTP), then client-side applications (JavaScript and Java Web Start/JNLP), programming languages for server-side applications (Python, Java Server Pages and Servlets), and advanced techniques and topics on the WWW.

Course Prerequisite
C or higher at CSc 413

Course Web page
http://tlaloc.sfsu.edu/~yoon/csc667

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TEXT
    1. Web Application Architecture, Leon Shklar & Richard Rosen, Wiley Publications.
    2. Using Java Server Pages and Servlets, Special Edition, Mark Wutka, QUE Publications.
    3. Advanced JAVA: Internet Applications, second edition, Art Gittleman, Scott & Jones Publications.

Recommended Readings
    1. Advanced Java 2 Platform, Deitel, Deitel Santry, PRENTICE HALL
    2. JavaScript The Definitive Guide    David Flanagan  O'REILLY
    3. Python How to program, Deitel, Deitel, Liperi, Wiendermann, PRENTICE HALL
    6. XML How to Program, Deitel, Deitel, Nieto, Lin, & Sadhu, PRENTICE HALL
    7. Professional JSP, Avedal et. al,Wrox publisher
    8. Wireless Internet & Mobile Business – How to program – Deitel, Deitel, Nieto, & Stenbuhler, Prenticehall
 

Lecture Plan
(The lecture plan works as guideline, not as a firm schedule)

Week
Topic

Course Notes & Reading materials
Assignments & Hints
1 
(starting from 1/31)

Course overview 

Survey for backgrounds and interest for advanced topics

Assignment 1- Web Server Project Description
More Tips
Web Server Skeleton

2 
(starting from 2/7)

Web Servers & HTTP 

Assignment 1 Discussion
3 
(starting from 2/14)
CGI & Perl
 Term project discussion
4 
(starting from 2/21)
Web Server Project Revisited

 

 

 MultiThread Slides
Threads Example
5 
(starting from 2/28)
Perl

Check 7th week

(Assignment 1 Part I Due by 3/4)
6 
(starting from 3/7)

Python

JavaScript

Tomcat, MySQL, Ant, Eclipse usage demo by TA
IOC system demo

7 
(starting from 3/14)

JavaScript

[Updated 4/9/06] Assignment 2 (Using Python and JavaScript) (image files)

Assignment 2 Hints

Midterm Sample questions

(Assignment 1 Part II Due by 3/18)
8 
(starting from 3/21)

TA session - Tomcat & MySQL configurtion, Eclipse

Midterm Sample Questions
- Use Annotizer to see my comments

Interctive Grading with TA
9 
starting from 3/28)

Review for Midterm
Midterm

 

 
10 
(starting from 4/4)

Spring Recess

 Spring Recess

Spring Recess
11 
(starting from 4/11)
JavaScript, AJAX,
Servlet
   Term Project Guideline
12 
(starting from 4/18)

JSP Design of E-Commerce Applications/Cookie,Session, JDBC, Tag Library

MySQL driver 
MySQL client 
13 
(starting from 4/25)

XML Application
Web Services
(if time allows, Java Web Start, JNLP, Wireless Applicaions, Usability, Data Exploration - Semantic Web)

 Final Sample Questions (updated)
14 
(starting from 5/2)

5/2: Advance Topics Class Presentation
5/4: no class - Advising day

 Course Note 8 (XML)  
15 
(starting from 5/9)
5/9: Advance Topics Class Presentation
5/11: Final Review
    
16 
(starting from 5/16)
Term Project Class Presentation 
 

Term Project Documentation Due

 

Exams
Both exams are closed book, closed note. Makeup exams will not be given. Absence due to a serious illness will be an acceptable reason for missing an exam, and the final grade will be scaled accordingly. Final exams are scheduled as below:

    Tuesday May 23 10:45-1:15 at regular classroom.

Assignments & Projects
Programming assignments are graded on thorough testing, documentation, and style, as well as correctness. Home page is an individual project, server project can be done in maximum 2, and term project can be done by maximum 4 students in one group.  In the case of team project, grade will be evenly distributted to each team member. Therefore, the task within a team needs to be evenly divided and managed by yourselves. In case of term project, the more students, the better results are expected.

Late policy. You may turn in a program up to 10 days late for a penalty of 50 points of the available points (5 points each day). So, for example, if you would have gotten a 70/100 and submitted 2 days late, you will get 60/100. After the 20 day grace period, a late program receives no credit.

Grading
The following is the relative weight of each part of the course work. At the end of the semester, you will have a score out of 100 percent. This score will be used in a class curve to arrive at a letter grade.

Graduate credit
Graduate students are required to do advanced topic class presentation. Graduate students need to propose a related and advanced topic, perform literature survey and research on the topic, present in the class for about 20 minuites. Undergraduate students who like to do advance topic class presentation may get extra credit.
Assignment 1 20%
Assignment 2 10%
Term Project 25%
Midterm 20%
Final 25%