A method to generate stable, collision free configurations for tensegrity based robots

Tensegrity structures appeared in the science community about half a century ago, but they have already been applied to several heterogeneous research fields, such as architecture, civil engineering, space and even biology. Such structures keep a stable volume in space due to an intricate balance of...

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Published in:2008 IEEE/RSJ International Conference on Intelligent Robots and Systems pp. 3769 - 3774
Main Authors: Juan, S.H., Mirats Tur, J.M.
Format: Conference Proceeding
Language:English
Published: IEEE 01.09.2008
Subjects:
Bars
Collision avoidance
Distance measurement
Mathematical model
Optimization
Robots
Trajectory
ISBN:9781424420575, 1424420571
ISSN:2153-0858
Online Access:Get full text
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Abstract Tensegrity structures appeared in the science community about half a century ago, but they have already been applied to several heterogeneous research fields, such as architecture, civil engineering, space and even biology. Such structures keep a stable volume in space due to an intricate balance of forces between a disjoint set of rigid elements (bars) and a continuous set of tensile elements (cables). The use of tensegrity structures in robotics is still new and there exist only a handful of works about this subject. Some of their main features such as light weight, flexibility, energetic efficiency and redundancy, make them interesting candidates for both mobile robots and manipulators. In this paper, a new method to detect and avoid both internal collisions between the structure members and external collisions with the environment is presented. In this way, we are providing a fundamental tool to develop more complete form-finding procedures and path-planning strategies for tensegrity structures.
AbstractList Tensegrity structures appeared in the science community about half a century ago, but they have already been applied to several heterogeneous research fields, such as architecture, civil engineering, space and even biology. Such structures keep a stable volume in space due to an intricate balance of forces between a disjoint set of rigid elements (bars) and a continuous set of tensile elements (cables). The use of tensegrity structures in robotics is still new and there exist only a handful of works about this subject. Some of their main features such as light weight, flexibility, energetic efficiency and redundancy, make them interesting candidates for both mobile robots and manipulators. In this paper, a new method to detect and avoid both internal collisions between the structure members and external collisions with the environment is presented. In this way, we are providing a fundamental tool to develop more complete form-finding procedures and path-planning strategies for tensegrity structures.
Author Juan, S.H.
Mirats Tur, J.M.
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Snippet Tensegrity structures appeared in the science community about half a century ago, but they have already been applied to several heterogeneous research fields,...
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SubjectTerms Bars
Collision avoidance
Distance measurement
Mathematical model
Optimization
Robots
Trajectory
Title A method to generate stable, collision free configurations for tensegrity based robots
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