BERT Documentation
  • Getting Started
    • Get Started with BERT
    • Why BERT?
    • Creating Your First System
      • Step 1: Starting a New Project
      • Step 2: Define Your System of Interest
      • Step 3: Identify Primary Output
      • Step 4: Define Output Interface
      • Step 5: Add Customer Sink
      • Step 6: Add a Waste Output
      • Step 7: Identify Primary Inputs
      • Step 8: Traverse The Boundary
      • Step 9: Add Boundary Subsystems
      • Step 10: Adding Internal Flows
      • Step 11: System Decomposition
      • Step 11: Share JSON
      • Next Steps
      • System Elements
      • Advanced Features
      • Video Tutorial
    • Reference Guide
    • Glossary
    • Examples
      • A Home
      • A Cell
      • An LLM
  • Case Studies
    • Bitcoin
  • Analysis, Modeling and Simulation
    • Deep Systems Analysis
    • Modeling
    • Simulation
  • For Researchers
    • System Ontology
    • System Language
  • For Developers
    • Contributing
    • Architecture
  • Roadmap
    • Alpha
  • Beta
  • 1.0
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  • Advanced Features
  • System Decomposition
  • Multi-level Modeling
  • Advanced Flow Analysis
  • Collaboration Features
  1. Getting Started
  2. Creating Your First System

Advanced Features

Advanced Features

This section covers BERT's more sophisticated capabilities that allow for deeper system analysis and modeling of complex systems.

System Decomposition

Decomposition is a powerful technique for breaking down complex systems into manageable parts:

  • When and how to decompose systems

  • Creating nested structures

  • Maintaining coherence across levels

  • Decomposition patterns and anti-patterns

Detailed content coming soon...

Multi-level Modeling

BERT allows you to model systems at multiple levels of abstraction:

  • Working with multiple nesting levels

  • Interface alignment across levels

  • Ensuring consistency in decomposition

  • Top-down vs. bottom-up approaches

Detailed content coming soon...

Advanced Flow Analysis

Understanding the complex dynamics of flows within your system:

  • Sink and source equivalence

  • Flow conservation principles

  • Identifying feedback loops

  • System dynamics considerations

Detailed content coming soon...

Collaboration Features

BERT provides tools for team-based system modeling:

  • Sharing and importing models

  • Version control integration

  • Export formats for presentations

  • Team workflows

Detailed content coming soon...

Substance Sub Type

Substance Unit

Substance Amount

Add a parameter

Types of interfaces:

  • Inflow Interfaces: Accept inputs into your system

  • Outflow Interfaces: Deliver outputs from your system

  • Bidirectional Interfaces: Handle both inputs and outputs

Related Sections:

  • Core Concepts

  • Basic Tutorials

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Last updated 2 months ago