Control Variability in Automotive E/E Architecture With AUTOSAR

Efficiently manage structural and parametric variability in automotive E/E architecture models with Pure Variants connectors for AUTOSAR and Artop

Manage variability in automotive E/E systems with AUTOSAR and Artop

Control structural and parametric variability in your automotive E/E architecture models.

Generate variant-specific models. Pure Variants connector for AUTOSAR allows you to manage the variability information in the software architecture for automotive electrical-electronic (E/E) systems. It supports adding the variability information into any AUTOSAR element in a master project, if an AUTOSAR element is part of a variant. The variable elements are active under different conditions. This way, different variants of AUTOSAR projects can be created from the AUTOSAR master project by selecting the features created in Pure Variants to satisfy different conditions.

Pure Variants connector for Artop is an extension of the AUTOSAR connector. It allows you to use a user interface integration to add variability information to AUTOSAR elements.

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Key benefits of using Pure Variants connector for AUTOSAR and Artop

The Pure Variants connector for AUTOSAR and Artop simplifies managing variability in automotive E/E systems. It reuses architecture models, controls variability efficiently, supports parametric variability, and updates variant-specific projects automatically. It ensures fast decision-making and error checking and provides preview capabilities for better management.

The Pure Variants connector for AUTOSAR and Artop simplifies managing variability in automotive E/E systems. It reuses architecture models, controls variability efficiently, supports parametric variability, and updates variant-specific projects automatically. It ensures fast decision-making and error checking and provides preview capabilities for better management.

Systematic reuse of automotive E/E architecture

Reuses the automotive E/E architecture systematically.

Reuses the automotive E/E architecture systematically.

Efficient and reliable variability control

Adds conditions to any elements to control the variability efficiently and reliably.

Adds conditions to any elements to control the variability efficiently and reliably.

Parametric variability for system constants

Supports parametric variability for the values of system constants.

Supports parametric variability for the values of system constants.

Easy and automatic tailoring of variant-specific projects

Tailors the variant-specific projects easily and automatically.

Tailors the variant-specific projects easily and automatically.

Automatic updates to latest master models

Updates the variant-specific models to the last version of the master models automatically.

Updates the variant-specific models to the last version of the master models automatically.