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Monday September 13, 2010.  
 
Monday September 13, 2010.  
  
In Lecture #9, we first had the visit of Prof. Jan Allebach, who told us about a former ECE438 student who now uses DSP in her work. Her company is called N-ask, and it is part of the Purdue industrial round table today and tomorrow. Here is a [[Media:Naskflyer|flyer]]. In case you missed the presentation, here is the video.  
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In Lecture #9, we first had the visit of Prof. Jan Allebach, who told us about a former ECE438 student who now uses DSP in her work. Her company is called N-ask, and it is part of the Purdue industrial round table today and tomorrow. Here is a [[Media:Naskflyer.pdf|flyer]]. In case you missed the presentation, here is the video.  
  
 
<youtube>Wn-xtv5ge0Y</youtube>  
 
<youtube>Wn-xtv5ge0Y</youtube>  
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Related Rhea pages:
 
Related Rhea pages:
*[[ECE_301_Fall_2007_mboutin_Guide_to_Partial_Fraction_Expansion|Guide to partial fraction expansion]]
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*[[Partial_Fraction_Expansion|Guide to partial fraction expansion]]
  
 
Several students asked me after class how to obtain the ROC of a z-transform. There is a really good example on  
 
Several students asked me after class how to obtain the ROC of a z-transform. There is a really good example on  

Latest revision as of 06:19, 15 September 2010

Lecture 9 Blog, ECE438 Fall 2010, Prof. Boutin

Monday September 13, 2010.

In Lecture #9, we first had the visit of Prof. Jan Allebach, who told us about a former ECE438 student who now uses DSP in her work. Her company is called N-ask, and it is part of the Purdue industrial round table today and tomorrow. Here is a flyer. In case you missed the presentation, here is the video.

We discussed the relationship between the poles/zeros of the z-transform and the magnitude of the DT Fourier transform. We also began talking about sampling. It was announced that the deadline for the peer-review is now pushed back. (I will announce when later.)

Related Rhea pages:

Several students asked me after class how to obtain the ROC of a z-transform. There is a really good example on this page. Feel free to add comments/questions.

Previous: Lecture 8; Next: Lecture 10


Back to 2010 Fall ECE 438 Boutin

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Abstract algebra continues the conceptual developments of linear algebra, on an even grander scale.

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