🚀 go-pugleaf

We have developed a "Communications Toolbox" based on the Matlab code for
classroom use.  It is used by students taking a 4th year communications
course where the emphasis is on digital coding of waveforms and on digital
data transmission systems.  The Matlab code that constitutes this toolbox
has been in use for over two years.  

There are close to 100 "M-files" that implement various functions.  Some
of them are quite simple and are based on existing Matlab M-files.  But 
a great many of them has been created from scratch.  We also prepared 
a lab manual (in TEX format) for the 7 simulations which the students 
perform as the lab component of this course.  The topics of these simulations
are:

	[1]. Probability Theory
	[2]. Random Processes
	[3]. Quantization
	[4]. Binary Signalling Formats
	[5]. Detection
	[6]. Digital Modulation
	[7]. Digital Communication

All these M-files are designed to work in synergy and communicate with each 
other through the use of some global variables. (I know, it is not a very good 
Matlab programming strategy, but it was the only solution we could think of 
to isolate the student from  some unnecessary intricacies of simulation.)  
These M-files can also be freely used with other Matlab M-files.

If anybody is interested send an e-mail to me so that I can provide a full list
of M-files and a brief description of the function they implement (too long to 
list here).

Regards,

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Mehmet Zeytinoglu                      Voice:  (416) 979-5000 ext. 6479
Department of Electrical Engineering   Fax:    (416) 979-5280
Ryerson Polytechnical Institute        E-mail: mzeytin@ee.ryerson.ca
350 Victoria Street                            
Toronto, Ontario
CANADA, M5B 2K3
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