mbse-architecture

You can automate a three-layer RFLPV architecture in MATLAB using idempotent build scripts that generate Functional, Logical, and Physical models from scratch. These scripts recreate the entire architecture, including interface dictionaries and stereotype profiles, ensuring reproducible consistency.

The best way to set up allocations in System Composer is by enforcing specific patterns for Functional→Logical and Logical→Physical allocations. This approach creates structured allocation sets and requirement links, accelerating architecture definition and traceability.

You can link requirements to your MATLAB architecture for traceability by integrating with slreq. This workflow creates requirement links within the generated models, allowing analysis roll-ups and ensuring end-to-end traceability across the architecture layers.

Yes, you can recreate your MATLAB MBSE architecture and stereotypes from scratch using idempotent build scripts. Running the buildMyModel script reproduces the entire architecture, interface dictionaries, and stereotype profiles without errors, ensuring a repeatable workflow.

Yes, this MBSE workflow integrates with slreq for requirement traceability. It combines System Composer for architecture definition and slreq for linking requirements, supporting analysis roll-ups and dashboard generation across the Functional, Logical, and Physical layers.

Manually setting up stereotype profiles and interface dictionaries in MATLAB fails because it is error-prone and hard to reproduce. Automating this setup with idempotent build scripts enforces consistent patterns and generates the required architecture components reliably.