Technical discussions about the TI C3x DSPs (including the C31, C32 and C33 DSPs).
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Matlab Interface - Murat YILDIZ - Jan 10 17:23:00 2005
Hi,
thanks to all who responded to my last post. I've solved the problem.
But now I have a question not a problem. I wonder if there a Matlab
interface (like the one which is present in Matlab for C6000 TI DSPs)
implementation is? Can I write code for the Real-Time
Workshop/Embedded coder for the VC33 DSK? I'm not a Matlab expert but
if such a system can be implemented for C6000 then it must also be
possible to implement such a system for the VC33 DSPs. Does anybody
know such a work? Would it be too hard to implement such a interface
from scratch?
Many thank in advance to your valuable responces.
Bye...
Murat YILDIZ
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RE: Matlab Interface - Martín López Vela - Jan 11 11:42:00 2005
Hello Murat,
I'm only known about the interface for the C6000 and C2000 families.
Regards.
Martín López
CIATEC
-----Mensaje original-----
De: Murat YILDIZ [mailto:]
Enviado el: Lunes, 10 de Enero de 2005 03:24 p.m.
Para:
Asunto: [c3x] Matlab Interface
Hi,
thanks to all who responded to my last post. I've solved the problem.
But now I have a question not a problem. I wonder if there a Matlab
interface (like the one which is present in Matlab for C6000 TI DSPs)
implementation is? Can I write code for the Real-Time
Workshop/Embedded coder for the VC33 DSK? I'm not a Matlab expert but
if such a system can be implemented for C6000 then it must also be
possible to implement such a system for the VC33 DSPs. Does anybody
know such a work? Would it be too hard to implement such a interface
from scratch?
Many thank in advance to your valuable responces.
Bye...
Murat YILDIZ
|

(You need to be a member of c3x -- send a blank email to c3x-subscribe@yahoogroups.com )
Matlab Interface - ki_k...@yahoo.com - Dec 7 23:38:00 2005
Hi..I happen to work on a project which involves interfacing VC33 DSK to
Simulink Real-time Workshop. I've been trying to customize the TLC system target file of RTW
(Real-time workshop) so that it could recognize the VC33 DSK as a target environment. I hope I
can finally generate codes from simulink models and download them to VC33 DSK and simulate a
real-time implementation, output its results to MATLAB and...WOW,interpret them in a more
'human manner' graphical plots, diagram, etc..instead of binary digits??!
If anyone happens to already find a better solution, please share it in this group. Thanks!!
Best regards,
Kiko

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Re: Matlab Interface - Keith Larson - Dec 14 10:33:00 2005
Hello Kiko
I tend to write my own simulations as I need them, so I am by no means
a MATLAB expert (I dont have a copy of MATLAB). Never the less, I know
there is some kind of documented API, and there is an API for the DSK.
What you need to do is translate one to the other.
You will want to start by looking in the following files
DRIVER.CPP - Low level code that talks to the host port
TARGET.CPP- Primitive API level for controlling the DSK and moving
blocks of data
OBJECT.CPP - Somewhat higher level... Boatload, system level reset
and other functions
If you have access to a Win98 PC and a copy of Borland C 3.x, the
easiest and simplest programs to get started with will be MEMVIEW.CPP
and REGVIEW.CPP. If you dont, well... I hope you know how to program
windows (those examples are also given)!
In either case, start with one of the Windows applications and set a
breakpoint in the get or put memory functions. After stepping back out
of that you should begin to see how some of that API works. Next step
in and have a look at the reset and boatload functions. Not too bad...
unless you are having to deal with also learning Windows.
Hope this helps,
Keith Larson
k...@yahoo.com wrote:
Hi..I happen to work on a project which involves interfacing VC33 DSK to
Simulink Real-time Workshop. I've been trying to customize the TLC
system target file of RTW (Real-time workshop) so that it could
recognize the VC33 DSK as a target environment. I hope I can finally
generate codes from simulink models and download them to VC33 DSK and
simulate a real-time implementation, output its results to MATLAB
and...WOW,interpret them in a more 'human manner' graphical plots,
diagram, etc..instead of binary digits??!
If anyone happens to already find a better solution, please share it in
this group. Thanks!!
Best regards,
Kiko

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