204528 Queueing Theory and Applications in Networks
204529 Wireless Local Area Networks
204596 Selected Topic In Computer Engineering (Advanced Networks): Routing
204597 Seminar I
204697 PhD Seminar
214574 Practical Workshop in Information Technology (Networks)
418551 Computer Communication Networks (TCP/IP)
CS761 Data Communication Networks * NEW **
CIT695 Special Problem in Wireless LAN
IT526 Computer Network Technology Midterm score 2004
DPU: Data Communication Networks

Cisco Networking Academy Program

Lecture 1 Introduction
Lecture 2 Basic Pascal Elements
Lecture 3 Flow chart - If-Then-Else
Lecture 4 While-Do
Lecture 5 Repeat - For
Lecture 6 Data Type
Lecture 7 Subroutine - Procedure
Lecture 8 Function
Lecture 9 One Dimension Array
Lecure 10 Multi-Dimension Array

Intro to Prob.1
Intro to Prob.2
Discrete Random Variable #1
Discrete Random Variable #2
Discrete Random Variable #3
Discrete Random Variable #4
Multiple Discrete Random Variable #1
Multiple Discrete Random Variable #2
Continuous Random Variable #1
Continuous Random Variable #2
Continuous Random Variable #3
Continuous Random Variable #4
Multiple Continuous RV
Stochastic Process #1
Stochastic Process #2
Stochastic Process #3
Intro to Renewal Process, Markov Chains, and Queueing Theory

Lab#0 Introduction
Lab#1 LAN Cabling
Lab#2 LAN Setup [word] [pdf]
Lab#3-1, 3-2 Packet Monitoring [word]
Lab#4 Client-Server [word]
Lab#5 Wireless LAN I [word]
Lab#6 Wireless LAN II [word]

Lecture 1 Introduction to Queueing Theory
Lecture 2 Probability Review 1
Lecture 3 Probability Review 2
Lecture 4 Stochastic Process
Lecture 5 Markov Chains
Lecture 6 Birth-Death Process
Lecture 7 M/M/1
Lecture 8 Erlang
August 25, 2003 Midterm
Lecture 9 Bulk Systems
Lecture 10 Network of Queues
Lecture 11 M/G/1
Lecture 12 M/G/1 (Busy Period) and M/G/1 with Vacations
Lecture 13 Queueing Theory Application Presentation [September 29, 2003]
October 6, 2003 Final Exam

Lecture 1 Intro to Wireless Neworks
Lecture 2 Wireless Network Configuration (I)
Lecture 3-1 Wireless Network Configuration (II)
Lecture 3-2 IEEE 802.11 Overview
Lecture 4 IEEE 802.11 MAC
Lecture 5-1 IEEE 802.11 Physical Layer
Lecture 5-2 HomeRF
Lecture 6 System Integration and Mobile IP
Lecture 7-1 Planning and Implementation
Lecture 7-2 Bluetooth Introduction (By Xilinx)
Lecture 7-3 Bluetooth Radio Basics (By Xilinx)
Lecture 8 WLAN Security * NEW **
Lecture 9 Adhoc Wireless Network * NEW **