Robotic enzyme-based autonomous self-replication
M Rubenstein, M Krivokon… - 2004 IEEE/RSJ …, 2004 - ieeexplore.ieee.org
M Rubenstein, M Krivokon, WM Shen
2004 IEEE/RSJ International Conference on Intelligent Robots and …, 2004•ieeexplore.ieee.orgIn this paper, we introduce and describe the notion of a robotic enzyme, and how it can use
properties that are similar to biological enzymes to autonomously self-replicate. We test the
idea of robotic enzymes using a virtual environment that simulates the currently existing
modular robots in a physically accurate way. We describe the self-replicating features of
robotic enzymes, and how they could be used to autonomously self-replicate for multiple
generations, limited only by the amount of modules in the environment.
properties that are similar to biological enzymes to autonomously self-replicate. We test the
idea of robotic enzymes using a virtual environment that simulates the currently existing
modular robots in a physically accurate way. We describe the self-replicating features of
robotic enzymes, and how they could be used to autonomously self-replicate for multiple
generations, limited only by the amount of modules in the environment.
In this paper, we introduce and describe the notion of a robotic enzyme, and how it can use properties that are similar to biological enzymes to autonomously self-replicate. We test the idea of robotic enzymes using a virtual environment that simulates the currently existing modular robots in a physically accurate way. We describe the self-replicating features of robotic enzymes, and how they could be used to autonomously self-replicate for multiple generations, limited only by the amount of modules in the environment.
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