Lessons for Robotics From the Control Architecture of the Octopus

Author:

Sivitilli Dominic M.,Smith Joshua R.,Gire David H.

Abstract

Biological and artificial agents are faced with many of the same computational and mechanical problems, thus strategies evolved in the biological realm can serve as inspiration for robotic development. The octopus in particular represents an attractive model for biologically-inspired robotic design, as has been recognized for the emerging field of soft robotics. Conventional global planning-based approaches to controlling the large number of degrees of freedom in an octopus arm would be computationally intractable. Instead, the octopus appears to exploit a distributed control architecture that enables effective and computationally efficient arm control. Here we will describe the neuroanatomical organization of the octopus peripheral nervous system and discuss how this distributed neural network is specialized for effectively mediating decisions made by the central brain and the continuous actuation of limbs possessing an extremely large number of degrees of freedom. We propose top-down and bottom-up control strategies that we hypothesize the octopus employs in the control of its soft body. We suggest that these strategies can serve as useful elements in the design and development of soft-bodied robotics.

Publisher

Frontiers Media SA

Subject

Artificial Intelligence,Computer Science Applications

Reference104 articles.

1. AAAI’87;Agre,1987

2. The Packaging Problem: Bivalve Prey Selection and Prey Entry Techniques of the octopus Enteroctopus Dofleini;Anderson;J. Comp. Psychol.,2007

3. Differentiable MPC for End-To-End Planning and Control. arXiv:1810.13400 [cs, Math, Stat] AmosB. RodriguezI. D. J. SacksJ. BootsB. KolterJ. Z. 2019

4. Recent Advances in Hierarchical Reinforcement Learning;Barto;Discrete Event Dyn. Syst.,2003

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