CS G250: Wireless Networks

Spring 2005

Tentative Calendar

Acknowledgments: The lecture slides for the first 8 lectures are largely based on those prepared by William Stallings and material provided by Prof. Guevara Noubir. The slides on ad hoc network routing are largely based on a tutorial by Prof. Nitin Vaidya.  

 
Date Topic Handouts/Lecture notes
Reading




Jan 5 Administrivia;Transmission Fundamentals: Analog & digital transmission channel capacity Introduction
1, 2.1-2.4
Jan 12 Transmission Fundamentals: Antennas and propagation modes, fading and signal encoding techniques TransmissionFundamentals

Problem Set 1

5, 6
Jan 19
Spread spectrum: Frequency hopping, Direct sequence, and CDMA

Jan 26 Snow day Spread Spectrum
7
Feb 2 Coding and error control: Error detection, error correction codes, convolution codes, and ARQ Coding and Error Control
Problem Set 2
Programming Assigment 1
8
Feb 4
Coding and error control, contd


Feb 9 Cellular wireless networks Cellular networks
Sample Solution to PS1
Sample Solution to PS2
10
Feb 16 Medium access control and Wireless LANs: IEEE 802.11 protocol Problem Set 3 WirelessLANs
14
Feb 23 Wireless LANs: Bluetooth; Mobile IP Bluetooth & Mobile IP
15, 12
Mar 2
Spring Break  Midterm Practice
Sample Solution to PS3

Mar 9 Midterm

Mar 16 Multihop ad hoc networks: Routing protocols TCP for Wireless Networks
Ad Hoc Network Routing

Mar 23 Multihop ad hoc networks: Topology and power control Sample solution to Midterm

Mar 30 Sensor networks: MAC and routing protocols Sensor Networks

Apr 6 Sensor networks: synchronization protocols; algorithms for query processing
Multihop ad hoc networks: Fundamental limits on capacity
Capacity of Ad Hoc Networks

Apr 13 Student presentations