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Cracking the egg: virtual embryogenesis of real robots.
Sylvain Cussat-Blanc1, Jordan Pollack
1Brandeis University.
Artificial Life
|April 16, 2014
Summary
This study introduces a novel bio-inspired approach for robot generation, mimicking natural embryogenesis. Virtual cells develop into robots, simplifying assembly and enabling automation.
Area of Science:
- Robotics
- Developmental Biology
- Bio-inspired Engineering
Background:
- Multicellular organisms develop from a single cell through embryogenesis.
- Embryogenesis involves cell reproduction, migration, and specialization within a protected environment.
- Existing robotic development lacks a systematic, biologically-inspired process.
Purpose of the Study:
- To propose a new method for robot generation inspired by biological embryogenesis.
- To develop a virtual developmental process for creating specialized robot cells.
- To enable automated and simplified robot assembly.
Main Methods:
- Utilizing a bio-inspired virtual developmental process.
- Employing virtual cells controlled by gene regulatory networks.
- Simulating cell division, migration, and specialization to create a robot body plan.
- Manual assembly of robots based on the generated plan.
Main Results:
- Robots composed of tens of specialized cells were generated.
- A virtual developmental process successfully created robot morphology.
- The assembly process was designed for ease, akin to building blocks.
- The methodology facilitates potential automation of robot construction.
Conclusions:
- The proposed bio-inspired approach offers a novel pathway for robot generation.
- Virtual embryogenesis provides a framework for designing complex robotic systems.
- This method simplifies robot assembly and opens avenues for automation.
