Modelado colaborativo
R2026bSimulink® permite dividir diseños grandes y complejos en componentes, y reutilizarlos en todo el modelo con referencias de subsistemas, bibliotecas y referencias de modelos. Además, puede utilizar los proyectos para ayudar a organizar grandes proyectos de modelado encontrando los archivos necesarios, gestionando y compartiendo archivos y configuraciones, e interactuando con el control de versiones.
Temas
Modelado a gran escala
- Organize Large Modeling Projects Using Referenced Projects
Organize a large project into components to facilitate component reuse and modular development. - Explore Project Tools with Airframe Project
Try an example project to see how the tools can help you organize your work. - Component-Based Modeling in Simulink
Consider componentization for large models and multiuser development teams. - Configuration Management
Projects can help you work with configuration management tools for team collaboration. - Use Model-Based Design to Build a Battery Management System
Build a battery management system using a model-based design workflow from requirements through architecture, design, and test.
- PASO 1: Set Up File Management System
- PASO 2: Author and Import Requirements
- PASO 3: Manage Design Data
- PASO 4: Develop Architecture Models
- PASO 5: Connect to Model-Based Design
- PASO 6: Verify and Validate System
Desarrollar los componentes del modelo
- Scale Up Simulink Models
Model a simple plant, then scale the model into a collaborative component-based modeling project.
- PASO 1: Model System Algorithm
- PASO 2: Create Model Components
- PASO 3: Manage Signal Lines
- PASO 4: Manage Model Data
- PASO 5: Reuse Model Components from Files
- PASO 6: Create Interchangeable Variations of Model Components
- PASO 7: Set Up File Management System
- Migration to Service-Oriented Architecture Using Model-Based Design
Use model-based design to migrate a monolithic Simulink model to a service-oriented architecture.
- PASO 1: Generate Baseline Tests
- PASO 2: Refactor Monolithic Model into Software Application with Services
- PASO 3: Create Architecture Model and Service Interface
- PASO 4: Create Simulink Behavior Models
- PASO 5: Validate Migrated Model
- PASO 6: Generate Code
Información relacionada
- Model Protection (Simulink Coder)
