Génération de code C/C++
Générez du code source C/C++, des bibliothèques statiques ou dynamiques ou des exécutables à partir de code MATLAB avec l’application MATLAB Coder™ ou la commande codegen. Vous devez disposer de MATLAB Coder pour générer du code C et C++ autonome pour les fonctions supportées.
Pour une liste des fonctions qui supportent la génération de code, veuillez consulter Liste des fonctions (génération de code C/C++).
Rubriques
- Generate C Code at the Command Line (MATLAB Coder)
Use command line tools to generate C code from an example MATLAB function.
- Generate C Code by Using the MATLAB Coder App (MATLAB Coder)
Use the MATLAB Coder app to generate C code from an example MATLAB function.
- Specify Inputs in Code Generation from MATLAB
When you use Signal Processing Toolbox™ functions for code generation, you must define the size and type of the function inputs.
- Human Activity Recognition Simulink Model for Smartphone Deployment (Statistics and Machine Learning Toolbox)
Generate code from a classification Simulink® model prepared for deployment to a smartphone.
Informations connexes
Sélection d՚exemples
Compute Modified Periodogram Using Generated C Code
Generate code that returns the modified periodogram PSD estimate of a signal.
Apply Lowpass Filter to Input Signal
Create a fourth-order lowpass Butterworth filter.
Zero-Phase Filtering
Design a lowpass Butterworth filter to implement zero phase filtering.
Generate Optimized Code on Raspberry Pi Target
Generate optimized C++ code on a Raspberry Pi™.
Deploy Signal Segmentation Deep Network on Raspberry Pi
Generate a MEX function and a standalone executable to perform waveform segmentation on a Raspberry Pi®.
Generate Generic C Code for a Human Health Monitoring Network
Create a MEX application to reconstruct electrocardiogram signals from a continuous wave radar signals using a deep learning network.
Detect Air Compressor Sounds on a Raspberry Pi Using Wavelet Scattering and TensorFlow Lite Network
Generate and deploy Raspberry Pi code to detect air compressor sounds using the Wavelet Scattering Simulink block and a pretrained deep learning network.
