A demo showing how to use the feature "Polyspace for AUTOSAR" introduced in R2018a
This demo shows how easy it is to prove absence of run-time errors (sound static analysis) in AUTOSAR software components using Polyspace Code Prover from MATLAB and from Simulink (via a custom App).
Develop AUTOSAR software components for automotive systems.
Embedded Coder® Support Package for AUTOSAR Standard provides additional AUTOSAR support to Embedded Coder. You can model AUTOSAR elements and generate ARXML and AUTOSAR-compatible C code from a
Model, Configure and Generate the AUTOSAR Compliant code
This example shows how to use Simulink® and the Support Package for AUTOSAR to develop models for Software Components using Embedded Coder®. It demonstrates Vehicle Speed and Odometer calculations
And here I used the "Autosar.tlc" is used to generate the code.
Here I attached the MATLAB sample model for ARXML generation. And here I used the "Autosar.tlc" is used to generate the code. Please validate the model and give me the solution to how to generate the
Analysis of Scheduling and Memory Access Delays in Multicores
model is AUTOSAR compatible, where the task execute a set of runnables whom communicate be means of labels. We also provide the implementation for four memory access patterns: AUTOSAR implicit- and
This package represents the MATLAB Installer add-on for the FREE of cost, NXP’s Model-Based Design Toolboxes.
Features: - Generate code for standalone application with direct download to target support - AUTOSAR Application Layer PIL simulation for S32K1xx - Optimized motor control library blocks including
A user-friendly Blockset for embedding real time Simulink designs on the LEGO Mindstorms NXT brick.