The purpose of this workflow is to bring new users up to speed as quickly as possible on Simulink and Model-Based Design. It does this in the context of an echo canceller example targeted for a Microchip DSP. We concentrate on good modeling practices, C code generation, MATLAB integration in Simulink, how to target a Microchip dsPIC, and code verification using Simulink test benches. It’s important to point out that the steps required to target a dsPIC are similar to those for targeting any DSP. This workflow does all of this using an integrated set of Word files, M-files, and Simulink models. We hope you find it useful.
This echo canceller workflow is broken into a series of 10 chapters.
Can somebody please help me in running this project in matlab.
Wonderful work , Finally i found what i have been looking for .
Very good project.
The docs are also very good.
Why I cann't run MPLAB project?
I receive the message:
Make: The target "D:\!!__KPI\M A G I S T R\!MATLAB_ecwf\ec_ert_rtw\dci.o" is out of date.
Executing: "C:\Program Files\Microchip\MPLAB C32\bin\pic32-gcc.exe" -mcpu=30F6014A -x c -c "dci.c" -o"dci.o" -g -Wall -O3
cc1.exe: error: invalid option `-mcpu=30F6014A'
Halting build on first failure as requested.
BUILD FAILED: Sun Apr 06 01:44:06 2008
Updated to BSD Compliance
I updated Chapter 4 on #defines and changed the doc files to pdfs.
I changed the word documents to PDFs. I updated the 4th chapter of the workbook pertaining to code generation. Specifically I updated the portion of this chapter talking about #defines in the generated code.
More accurate title and an abbreviated description section
Download apps, toolboxes, and other File Exchange content using Add-On Explorer in MATLAB.