Cubic Splines on Curved Spaces
Lyle Noakes, G. Heinzinger, Brad E. Paden
Abstract
Lyle Noakes, G. Heinzinger, Brad E. Paden
Abstract
We consider a second-order problem in the calculus of variations, with an application to robotics in mind. The analysis is carried out on a general Riemannian manifold M and then specialized to the case where M is the Lie group SO(3) of rotations in R 3 . For SO(3), the Euler-Lagrange equations reduce to interesting nonlinear systems of ordinary differential equations in R 3 .
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We consider a second-order problem in the calculus of variations, with an application to robotics in mind. The analysis is carried out on a general Riemannian manifold M and then specialized to the case where M is the Lie group SO(3) of rotations in R 3 . For SO(3), the Euler-Lagrange equations reduce to interesting nonlinear systems of ordinary differential equations in R 3 .
Key concepts: Computer science, Pure mathematics, Mathematics, Geometry