EE 5505 - Wireless Communication
Spring 2010
Course Information
Instructor: Nihar Jindal, 6-119 EE/CS, [email protected], 625-6306
Class Time and Location: Tu/Th, 11:15 AM - 12:30 PM, ME 108
Oce Hours: Mo
EE 5505
Wireless Communication
March 25, 2010
Prof. Jindal
Project Information
A project related to a wireless communication standard or bodies of standards is a required portion of this course. For t
EE 5505 Wireless Communication Practice Problems for Midterm Exam
Prof. Jindal March 9, 2010
1. Cell Radius Consider a system that follows the simplied path loss model with K = 10 dB, d0 = 1 m, = 3, a
EE 5505
Wireless Communication
Prof. Jindal
May 4, 2010
Practice Final
1. Signalling in Wideband Channels
Consider a wideband channel in which the channel response is given by:
h(t) =
9
i (t i ),
i=0
EE 5505
Wireless Communication
Prof. N. Jindal
April 13, 2010
Homework 8
Due: Tuesday, April 20, 11:15 AM
1. You are provided Matlab code that computes the ergodic capacity of a MIMO channel
without C
EE 5505
Wireless Communication
Prof. N. Jindal
April 1, 2010
Homework 7
Due: Thursday, April 8, 11:15 AM
1. In this problem we will compare the performance of using a bank of matched lter
(MF, or MRC)
EE 5505
Wireless Communication
Prof. N. Jindal
March 23, 2010
Homework 6
Due: Tuesday, March 30, 11:15 AM
1. 12.3: Note that the corrected equation (12.17) is
(The
DFTcfw_x[n] h[n] =
N DFTcfw_x[n] DFT
EE 5505 Wireless Communication Homework 5 Due: Tuesday, March 9, 11:15 AM
Prof. Jindal March 2, 2010
Please turn in your MATLAB scripts in addition to your solutions and plots. 1. In this problem we w
EE 5505 Wireless Communication Homework 4 Due: Monday, March 1, 4:00 PM
Prof. Jindal February 19, 2010
Please turn in your MATLAB scripts in addition to your solutions and plots. 1. In this problem we
EE 5505 Wireless Communication Homework 3 Due: Friday, February 19, 4:00 PM
Prof. Jindal February 13, 2010
Please turn in your MATLAB scripts in addition to your solutions and plots. 1. Consider the g
EE 5505
Wireless Communication
Prof. Jindal
January 21, 2010
Homework 1
Due: Thursday, January 28, 11:15 AM
Please turn in your MATLAB scripts in addition to your solutions and plots.
1. 2.1
2. 2.8
3.
EE 5505 Digital Communication
Prof. N. Jindal Feb. 11, 2010
Discrete-time channel model (after matched lter) of received complex symbol: y [n] = b[n] + z [n] 1. One complex symbol received every T sec