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= Lecture 8 Blog, [[2011 Spring ECE 301 Boutin|ECE301 Fall 2010]], [[User:Mboutin|Prof. Boutin]]  =
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[[Category:ECE301Spring2011Boutin]]
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[[Category:blog]]
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= Lecture 8 Blog, [[2011 Spring ECE 301 Boutin|ECE301 Spring 2011]], [[User:Mboutin|Prof. Boutin]]  =
  
 
Friday January 28, 2011 (Week 3) - See [[Lecture Schedule ECE301Spring11 Boutin|Course Schedule]].  
 
Friday January 28, 2011 (Week 3) - See [[Lecture Schedule ECE301Spring11 Boutin|Course Schedule]].  
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==Relevant Rhea Pages==
 
==Relevant Rhea Pages==
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*[[Computing_the_output_of_a_CT_system_using_the_Convolution_sum|A hub page listing ECE301 related pages discussing the CT convolution]]
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*[[Computing_the_output_of_a_DT_system_using_the_Convolution_sum|A hub page listing ECE301 related pages discussing the DT convolution]]
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*[[Media:ECE_301_Fall_2007_Ch2_pt1.pdf|Course notes for Chapter 2 (part 1) of Oppenheim Willsky (pdf)]] from [[ECE_301_(BoutinFall2007)|ECE301 Fall 2007]]
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Previous: [[Lecture7ECE301S11|Lecture 7]]  
 
Previous: [[Lecture7ECE301S11|Lecture 7]]  

Latest revision as of 13:10, 28 February 2011


Lecture 8 Blog, ECE301 Spring 2011, Prof. Boutin

Friday January 28, 2011 (Week 3) - See Course Schedule.


In lecture 8, we showed that the output of a DT LTI system can be written as a convolution sum between the input signal and the unit impulse response of the system. This was done using a sequence of three observations. Similarly, we showed that the output of a DT LTI system can be written as a convolution integral between the input signal and the unit impulse response of the system. We covered one example of a DT convolution. An example of a CT convolution will be given in the next lecture.

Action items before the next lecture:

Relevant Rhea Pages


Previous: Lecture 7

Next: Lecture 9


Back to ECE301 Spring 2011, Prof. Boutin

Alumni Liaison

Ph.D. on Applied Mathematics in Aug 2007. Involved on applications of image super-resolution to electron microscopy

Francisco Blanco-Silva