ECE4110 Cornell University
Homework 1
Fall 09 T.L. Fine
This assignment is to be handed in at the end of class on Thursday, 3 September. 1. (a) Describe the ranges (sets of possible values) of the ran
ECE4110 Cornell University
General Information
Fall 2009 T.L.Fine
CATALOG DESCRIPTION: ECE 4110 Random Signals in Communications and Signal Processing Fall. 4 credits. Prerequisite: ECE 2200 and ECE 3
Random Signals in Communications and Signal Processing
ECE 4110

Fall 2013
ECE 3250
HOMEWORK ASSIGNMENT I
Fall 2013
1. Find, read, and try to understand a proof of the SchrderBernstein Theorem, which
o
states: Let A and B be sets. If there exists an injective mapping f : A
Random Signals in Communications and Signal Processing
ECE 4110

Fall 2013
ECE 4110: Random Signals in Communications and
Signal Processing
ECE department, Cornell University, Fall 2013
Instructor: Stephen Wicker
Homework 1
Due September 13 at 5:00 p.m.
1. (Axioms of Probabi
LECTURE NOTES Course 6.0416.431 M.I.T. FALL 2000
Introduction to Probability
Dimitri P. Bertsekas and John N. Tsitsiklis
Professors of Electrical Engineering and Computer Science Massachusetts Instit
ECE4110 Cornell University
Lectures: 1&3 Sep
Fall 09 T.L. Fine
A second denition of a random process is perhaps more constructive in that it brings out a random process as a randomly selected function
ECE4110 Cornell University
Lecture: 27 Aug
Fall 09 T.L. Fine
1. Course Organization (1) Discuss the General Information handout with the class. (2) RH312 for oce hour from 4pm to 5pm on Wednesdaysjust
ECE4110 Cornell University
Homework 2
Fall 09 T.L. Fine
This assignment is to be handed in at the end of class on Thursday, 10 September. 1. A random process XT , T = N, has mutually independent rando
Dow Jones Industrial Average
SM
Fact Sheet
Stated Objective
To represent large and wellknown U.S. companies. Covers all industries with the exception of Transportation and Utilities.
Key Features
Co
Random Signals in Communications and Signal Processing
ECE 4110

Spring 2014
ECE 4110 Homework 3
Instructor: Qing Zhao
Office: 325 Rhodes Hall
Email: [email protected]
Due by 5pm on September 15
1
Key Concepts and Reading Material
Correlation, independence, and covariance (Cha
Random Signals in Communications and Signal Processing
ECE 4110

Spring 2014
ECE 4110 Homework 4
Instructor: Qing Zhao
Office: 325 Rhodes Hall
Email: [email protected]
Due by 5pm on September 22
1
Reading Material
Jointly Gaussian random variables (Chapter 6.4).
MMSE and LMMS
Random Signals in Communications and Signal Processing
ECE 4110

Spring 2014
ECE 4110 Homework 2
Instructor: Qing Zhao
Office: 325 Rhodes Hall
Email: [email protected]
Due 5pm on September 8
1
Key Concepts and Reading Material
Random variables, distributions and densities (Cha
Random Signals in Communications and Signal Processing
ECE 4110

Spring 2014
ECE 4110 Homework 1
Instructor: Qing Zhao
Office: 325 Rhodes Hall
Email: [email protected]
Due by 5pm on September 1
1
Key Concepts and Reading Material
Probability space and basic properties (Chapter