Toward energy Autonomy in heterogeneous Modular Plant-Inspired Robots through Artificial evolution

Keyphrases

• Artificial Evolution 100%
• Simulation Environment 100%
• Plant-inspired Robot 100%
• Modular Plants 100%
• Energy Autonomy 100%
• Robotic Platform 80%
• Evolutionary Algorithms 60%
• Energy Harvesting 40%
• Generative Encoding 40%
• Physical Robot 40%
• Modular Building Blocks 40%
• Long-term Monitoring 20%
• Robotics 20%
• Energy Consumption 20%
• Robot Platform 20%
• Control System 20%
• Modular Robots 20%
• Robotic System 20%
• Autonomous Robots 20%
• Sources of Inspiration 20%
• Solar Panel 20%
• Energy Cost 20%
• Modular Reconfigurable Robot 20%
• Energy Producers 20%
• Optimal Configuration 20%
• Natural Ecosystems 20%
• Terrestrial Organisms 20%
• Lindenmayer Systems 20%
• Energy Terms 20%
• Robotic Applications 20%
• Primary Energy 20%
• Energy-intensive 20%
• Harvesting Robot 20%
• Servo 20%
• Autonomous Power System 20%
• Light Tracking 20%

Computer Science

• Robot 100%
• Simulation Environment 45%
• robotic platform 36%
• Evolutionary Algorithms 27%
• Building-Blocks 18%
• Energy Consumption 9%
• Stepping Stone 9%
• Natural Ecosystem 9%
• Lindenmayer System 9%
• Robotics Application 9%
• Optimal Configuration 9%

Material Science

• Phase Composition 100%