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Course Overview:
IST 220 is an introductory course to networking
and telecommunications and their applications in the information age. It is
a required core course for both the two-year and four-year IST degrees, and
is a critical part of the curriculum. The
prerequisite
for this course is IST 110 (Introduction
to Information Sciences and Technology). The course will cover the
following topics:
- Overview of networking and telecommunications
- Communications media
- Data transmission
- Local and wide area networking (LAN / WAN) applications, hardware,
and software
- The OSI (Open Systems Interconnection) models
- Industry standards, topologies, and protocols
- Internetworking devices and applications
- Networks management
- Networks security and recovery
- The selection of telecommunications and networking systems
Special attention will be paid to evolving Internet technologies,
e.g., Internet2 and e-commerce.
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Course Objectives:
The objectives of this course are two-fold: (1) to provide
students with a basic understanding of networking and telecommunications, and
(2) to develop students’ ability in applying networking and telecommunication
knowledge to specific applications and situations, especially in Internet,
Intranet, and e-commerce.
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Classes Information:
|
Class Time |
MWF 1:00 - 2:15 PM |
|
Class Room |
Room 111 Boucke Bldg. |
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About the Instructor/TA:
|
Teaching Assistant |
Miss Yu Jiao |
|
Office |
509B Rider I Building |
|
Office Hours |
Tuesday 9:30-11:00 AM, Friday 10:30-12:00 AM or by Appointment |
|
Phone/Fax |
(814) 865-8952 / 865-5604 |
|
e-mail |
yjiao@cse.psu.edu
|
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Course Materials:
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Course Policies:
Four hands-on exercises
will be assigned and graded. The first and fourth exercises are geared toward
understanding current networking / communication technologies and trends.
The second and third exercises relate to web-base technologies / e-commerce.
All exercises need to be professionally prepared and written.
To help students understand the materials, some
problems from the textbook will be assigned;
But they will not be graded, nor will they be collected.
TwoCLOSED book examinations will
be given. The first examination will be given in class and is scheduled on
February 26 (Monday). The final examination
will follow the University’s final examination schedule (April 30 - May 4).
There will be NO
make up examination unless an official excuse (document) is submitted and
pre-approved by the instructor.
A term project is required for the course.
The project will be TEAM-BASED. Details of the project will be
announced in class later. The term project is due by
April 27 (Friday).
Question and class participation are
encouraged and will be taken into consideration in the final grade.
Students with disabilities. It is Penn State's
policy to not discriminate against qualified students with documented
disabilities. If you have a disability-related
need for modifyingyour exam or test environment, notify your instructor
during the first week of classes so that your needs can be
accommodated. You will be asked to present documentation from the Office
of Disability Services (located in 105 Boucke Building) that describes the
nature of your disability and the recommended remedy. You may refer to the
Nondiscrimination Policy in the Student Guide to University Policies and
Rules. The School of Information Sciences and Technology (IST) welcomes persons with
disabilities to all of its classes, programs, and events. If you need accommodations, or have questions
about access to buildings where IST activities are held, please contact the Dean's Office
(814) 865-3528 in advance of your participation or visit. If you need assistance during a class,
program, or event, please contact any member of our staff or faculty in charge.
Academic Integrity. In accordance with the Penn State
University Senate legislation Senate Policy 49-20 on Academic Integrity, the School of Information
Sciences and Technology reinforces that policy by reiterating that academic integrity is the pursuit
of scholarly activity in an open, honest and responsible manner. Academic integrity is a basic
guiding principle for all academic activity at the University, and all members of the University
community are expected to act in accordance with this principle. Consistent with this expectation,
the University Code of Conduct states that all students should act with personal integrity, respect
other students’ dignity, rights and property, and help an environment in which all can succeed
through the fruits of their efforts. Academic integrity includes a commitment not to engage in or
tolerate acts of falsification, misrepresentation or deception. Such acts of dishonesty violate
the fundamental ethical principles of the University community and compromise the worth of work
completed by others.
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Grading Weights:
Evaluation of knowledge and understanding of materials
will be by examination, hands-on exercises, project, and
class participation. Click Here
to view your record and grade on-line.
|
Mid-term Examination
|
15% |
|
Final Examination
|
20% |
|
Hands-on Exercises (4)
|
40% |
|
Term Project
|
20% |
|
Class Participation
|
5% |
|
Total
|
100% |
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Selected Web Links:
Here is a selected list of web pages/sites related to
Networking and Telecommunications. A more completed list can
be found at:
net1.ist.psu.edu/chu/course/NT.htm
External Links:
Penn State Campus Links
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Tentative Course Schedule:
This schedule is tentative and will be
revised continuously, especially on the availability of class lecture notes.
Please check back periodically. A password and an
Adobe Acrobat Reader is required to read the class
notes. If your computer doesn't have one installed, click
here
to download a free copy and install it.
|
Session |
Topics |
Reading |
Notes  |
|
January |
|
|
|
|
8 (M) |
State-of-the-Art Review |
Syllabus |
Introduction
Survey Form
|
|
10 (W) |
Overview of Data Communication
Essential Features of Communication
|
Chap 1 |
Overview
Challenge 1,
Checklist 1
|
|
12 (F) |
Basic Computer Skills / Demonstration
|
FTP,
WinZip,
Acrobat
Reader, PowerPoint, Excel, Access |
Skills
PowerPoint
|
|
15 (M) |
Data Communication Applications
Requirements of an Online System
|
Chap 1 |
Web Applications
|
|
17 (W) |
Introduction to Networks |
Chap 1 |
Topology
|
|
19 (F) |
Basic Web Page Design: HTML overview, text formatting and color,
background color, links |
HTML
Chu’s
Beginner Guide on WWW |
Exercise #1
Lab Session |
|
22 (M) |
Networking Standard - OSI Model
Data Communication Media |
Chap 1, OSI on WWW
Chap 2, Belkin,
Linksys |
OSI Model
Media
Intruction for Lab
|
|
24 (W) |
Media Selection |
Chap 2
|
Challenge 2 |
|
26 (F) |
Intermediate Web Page Design: tables, frames |
HTML |
Lab Session |
|
29 (M) |
Data Transmission
|
Chap 3 |
Modems
|
|
31(W) |
Data Transmission |
Chap 3 |
|
|
February |
|
|
|
|
2 (F) |
Intermediate Web Page Design: image map
(Hands-on Exercise #1 due) |
HTML |
Lab Session |
|
5 (M) |
Common Carrier Services - New Technologies |
Chap 4 |
Exercise #2
|
|
7 (W) |
Introduction to LAN |
Chap 5 |
Lan Introduction |
|
9 (F) |
Intermediate Web Page Design: animated graphics |
HTML |
Lab Session |
|
12 (M) |
LAN Hardware
Bonus: Wireless e-Business - It's Closer Than You Think
|
Chap 6
Dave Cassano, IBM Corp. |
Announcement
Copy of Flier
|
|
14 (W) |
LAN Topologies and Media Access Control |
Chap 7,
Network
Topologies |
Topology, MAC, ..
|
|
16 (F) |
Intermediate Web Page Design: JavaScript overview, dialog box, pop-up window, scrolling messages
|
JavaScript |
Lab Session |
|
19 (M) |
LAN system Software
(Hands-on Exercise #2 due) |
Chap 8 |
Exercise #3
|
|
21 (W) |
LAN Considerations |
Chap 9 |
LAN Selection |
|
23 (F) |
Intermediate Web Page Design: event handlers, rolling banners, dynamic images |
JavaScript |
Exam 1 Coverage
Lab Session |
|
26 (M) |
Mid-Term Examination (In Class) |
Chap 1-7 |
|
|
28 (W) |
WAN Hardware |
Chap 10 |
LAN Design Case |
|
March |
|
|
|
|
2 (F) |
Advanced Web Page Design: form-oriented data entry and data validation |
JavaScript |
Lab Session |
|
5-9 |
Spring Break (No Classes) |
|
|
|
12 (M) |
WAN Topologies and Transmission Services
Data Link Protocols |
Chap 11 |
Protocols
Wan1
|
|
14 (W) |
The OSI Network Layer |
Chap 11 |
Wan2
Wan3
|
|
16 (F) |
Advanced Web Page Design: systems call, option list, menu
|
JavaScript
|
Lab Session
|
|
19 (M) |
The OSI Transport Layer
(Hands-on Exercise #3 Due) |
Chap 11 |
Wan4
Exercise #4
|
|
21 (W) |
WAN System Software |
Chap 12 |
|
|
23 (F) |
Active Service Page - Overview |
ASP |
Lab Session
Overview of ASP
|
|
26 (M) |
Accessing and Using the Internet |
Chap 13 |
E-Business Seminar
|
|
28 (W) |
WAN Implementations
Network Interconnections |
Chap 15
Chap 16 |
Dijkstra Algorithm
|
|
30 (F) |
Guest Lecture - TBA
|
|
|
|
April |
|
|
|
|
2 (M) |
Active Service Page - Examples |
ASP |
Lab Session
Examples of ASP
|
|
4 (W) |
Active Service Page (Web database search)
|
|
Lab Session |
|
6 (F) |
Advanced Web Page Design: Meta Commands, CSS, cookies. on-line store, on-line shopping Cart
(Hands-on Exercise #4 Due) |
JavaScript |
OSI Revisit
Lab Session |
|
9 (M) |
Internet Technologies / e-Commerce
Network Management |
Chap 14 |
E-commerce
Network Management
Case Study
|
|
11 (W) |
Network Management |
Chap 17 |
Network Mgmt System
NMS Tools for PC
|
|
13 (F) |
Network Security/Demonstration |
Chap 19 |
Network
Security Resources
|
|
16 (M) |
Network Security/Demonstration |
Chap 19 |
Network Security
|
|
18 (W) |
Term Project Final Touch |
|
Peer Evaluation Form
|
|
20 (F) |
Term Project Presentation |
Teams #2 and 7
|
|
|
23 (M) |
Term Project Presentation |
Teams #1, 5 and 10
|
|
|
25 (W) |
Term Project Presentation
|
Teams #3, 4 and 8
|
|
|
27 (F) |
Term Project Presentation
(Term Project Due) |
Teams #6 and 9
|
|
|
3 (Th) |
Final Examination
12:20 PM - 2:00 PM
|
Chap 7-19 |
Final Examination
|
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|