Get Started with AUTOSAR Blockset

AUTOSAR Blockset provides apps and blocks for developing AUTOSAR Classic and Adaptive software using Simulink^® models. You can design and map Simulink models to software components using the AUTOSAR Component Designer app. Alternatively, the blockset lets you generate new Simulink models for AUTOSAR by importing software component and composition descriptions from AUTOSAR XML (ARXML) files.

AUTOSAR Blockset provides blocks and constructs for AUTOSAR library routines and Basic Software (BSW) services, including NVRAM and Diagnostics. By simulating the BSW services together with your application software model, you can verify your AUTOSAR ECU software without leaving Simulink.

AUTOSAR Blockset lets you create AUTOSAR architecture models in Simulink (requires System Composer™). In the AUTOSAR architecture model, you can author software compositions, components with interfaces, data types, profiles, and stereotypes. You can add simulation behavior, including BSW service components. Alternatively, you can round-trip (import and export) software descriptions via ARXML files.

AUTOSAR Blockset supports C and C++ production code generation (with Embedded Coder^®). It is qualified for use with the ISO 26262 standard (with IEC Certification Kit).

Tutorials

Develop AUTOSAR Software Component Model

Learn the basics of developing AUTOSAR classic software components in the Simulink environment.

• STEP 1: Create Algorithmic Model Content That Represents AUTOSAR Software Component Behavior
• STEP 2: Configure Elements of AUTOSAR Software Component for Simulink Modeling Environment
• STEP 3: Simulate and Optionally Generate AUTOSAR Software Component Code (Requires Embedded Coder)

Develop AUTOSAR Adaptive Software Component Model

Learn the basics of developing AUTOSAR adaptive software components in the Simulink environment.

• STEP 1: Create Algorithmic Model Content That Represents AUTOSAR Adaptive Software Component Behavior
• STEP 2: Configure Elements of AUTOSAR Adaptive Software Component for Simulink Modeling Environment
• STEP 3: Simulate AUTOSAR Adaptive Software Component and Optionally Generate Code (Requires Embedded Coder)

Develop AUTOSAR Software Architecture Model

Learn the basics of authoring AUTOSAR compositions and components in a software architecture canvas (requires System Composer).

• STEP 1: Create AUTOSAR Software Architecture Model
• STEP 2: Add AUTOSAR Compositions and Components and Link Component Implementations
• STEP 3: Simulate Components in AUTOSAR Architecture
• STEP 4: Optional: Generate and Package Composition ARXML and Component Code (Requires Embedded Coder)

About AUTOSAR and the Simulink Environment

• AUTOSAR Standard
  

  Describes an automotive software architecture that has application, run-time environment, and basic software layers.

• What is AUTOSAR?
  

  Overview of AUTomotive Open System ARchitecture (AUTOSAR) for software applications.

• Comparison of AUTOSAR Classic and Adaptive Platforms
  

  Develop Classic Platform and Adaptive Platform AUTOSAR software components as Simulink models.

• Model AUTOSAR Classic Component and Elements in Simulink
  

  AUTOSAR components and elements in Simulink.

• Model AUTOSAR Adaptive Component and Elements in Simulink
  

  AUTOSAR components and elements in Simulink.

• AUTOSAR Software Components and Compositions
  

  Develop and assemble reusable AUTOSAR software components into AUTOSAR compositions.

Featured Examples

Create and Configure AUTOSAR Software Component

Create an AUTOSAR software component model from an algorithm model.

• Open Live Script

Create and Configure AUTOSAR Adaptive Software Component

Create an AUTOSAR adaptive software component model from an algorithm model.

• Open Live Script

Author AUTOSAR Compositions and Components in Architecture Model

Develop AUTOSAR compositions and components for the Classic Platform using an architecture model.

• Open Live Script