Behavior Trees and State Machines in Robotics Applications

Computer Science

• And-States 100%
• Domain-specific languages 100%
• Robotics Application 100%
• State Machine 100%
• Robot 33%
• Open Source 33%
• Behavior Model 33%
• Code Reuse 33%
• Open Source Project 33%
• Computer Game 16%
• modeling language 16%
• Operating Systems 16%
• Design Language 16%
• Structure Model 16%
• High-Level Language 16%
• Analysis Technique 16%
• Languages (Traditional) 16%
• Called Behavior 16%
• Language Concept 16%

Keyphrases

• Robotic Applications 100%
• Behavior Trees 100%
• State Machine 100%
• Domain-specific Languages 50%
• Robotics 16%
• Behavioral Model 16%
• Code Reuse 16%
• Open Source Project 16%
• Computer Games 8%
• Modeling Language 8%
• Robot Operating System 8%
• Levels of Abstraction 8%
• Language Design 8%
• Usage Patterns 8%
• High-level Language 8%
• Behavioral Modeling 8%
• Complex Behavior 8%
• Modular Design 8%
• Domain Analysis 8%
• Autonomous Robots 8%
• Autonomous Actors 8%
• Roboticists 8%
• Open-source Robotics 8%
• Tree-based Representation 8%
• Open Access Repositories 8%
• Language Concepts 8%
• High-level Framework 8%