Instructor:
Jiang
B. Liu, jiangbo@bradley.edu
Professor of Computer Science & Information Systems
Phone: (309)6772386
Lecture
Times:
10:30am-11:45am, Mon Wed, Brd 180
Prerequisites:
CIS 210 or CS 210 or equivalent; or
consent of instructor.
Office Hours:
2:30-4:30pm Mon, Wed;
1:30-3:00pm Tue Thu at BR177
Or by appointment.
The goals of the course are
to provide students with fundamentals of web design and development,
client/server computing architectures, and to implement the basic web
programming technologies. Emphasis will be on design, development, testing, and
implementation of Web-based systems and technologies including related
software, data exchange protocols, interfaces, and tools. The client/server
programs will be coded in HTML/JavaScript, and CGI/Perl, PHP/MySQL, and tested
in Apache HTTP Web server. Some examples of data analysis using Python will
also be discussed in the class.
|
Unit
1 |
Internet
and WWW HTML5,
CSS, and Web 2.0 Learning
outcomes: -
Understand the roles and responsibilities of clients and servers for web
applications. -
Be able to select a range of tools that will ensure an efficient approach to
implementing the web application. -
Understand basic HTTP protocol. -
Understand the Web 2.0 development. |
Internet
& WWW How to Program: Ch. 1-5, 17 Lecture
Notes |
|
Unit
2 |
CGI/Perl:
-Forms
and CGI server -Server
side: Perl Program -Security
Learning
outcomes: -
Understand the basic operations of CGI and Apache Web server. -
Know basic Perl program structure, syntax, and control structures. -
Be able to design and build a simple interactive web-based application using
XHTML and CGI/Perl. |
Lecture
Notes |
|
Unit
3 |
JavaScript -
Introduction -
Control
Statement -
Functions
-
Array -
Objects
-
Events DOM and XML Ajax-Enabled
Applications Learning
outcomes: -
Understand the basic operations of Web Browser and client scripts. -
Know basic JavaScript program structure, syntax, and control structures. -
Be able to design and build a simple interactive web-based application using
XHTML/JavaScript. -
Understand Ajax-enabled application development. |
Internet
& WWW How to Program: Ch. 6-16 |
|
Unit
4 |
PHP:
-
PHP Classes -
Querying Web Databases -
Update Web Databases -
Security -
Reporting Learning
outcomes: -
Know how to implement a database-driven web site using PHP/MySQL. -
Know basic server script operations and PHP program structure, syntax, and
control structures. -
Know how to create and access the MySQL database using PHP and SQL. -
Be able to design and build a simple interactive web-based application using
PHP/MySQL. |
Internet
& WWW How to Program: Ch. 22-23 Lecture
Notes |
|
Unit
5 |
Web
Services -
Web
Services Basics (XML, SOAP, WSDL) -
Creating
Web Service -
Consuming
Web Service Learning
outcomes: - Understand
Web Service basics. - Know how to
create, publish, and consume the web service. - Knowledgeable of
development of interactive client-server web applications using Web Service. |
Internet
& WWW How to Program: Ch. 22. |
|
Unit
6 Data
Analysis using Python |
Set
up Pythons Data Science Integrated Development Environment. Acquire,
Parse/Format, and Refine/Clean the data using Python Develop
the Data Models; Mine the Data using Python (Statistics Analysis, Regression Analysis,
Classification, Logistic Regression Classification, Decision trees and random
forests, and Neural Networks and Deep learning) |
Lecture
Notes. |
All assignments are due in the class on the due day.
Later homework will have 10% subtracted from the score for every late day.
Midterm Exam:
(In class exam) Date will be available later.
Final Exam: (Online exam) Available at 12:00 noon on May 10 (Friday), 2019; Due on Sakai Drop Box before 12:00 noon on May 12 (Sunday), 2019.
- Assignments: 40%
-
Midterm:
15%
-
Final
Exam:
30%
(90-100 A; 80-89 B; 70-79 C;
60-69 D; below 60 F)
The Sakai class web site will be used to post the class information.
You are also encouraged to post your questions and share related information with the class on the Sakai Forum.