In this paper, we address the issue of solving the motion planning problems (MPP for short) for a class of left-invariant control systems Σ whose state spaces are semisimple compact Lie groups. The sub-Riemannian metrics induced by the dynamics of Σ admit nontrivial abnormal extremals. This fact a priori represents an obstruction for the procedure we use to tackle the MPP, which consists of a homotopy (or continuation) method. We are however able to provide complete answers for the MPP. © 2002 Elsevier Science B.V. All rights reserved
Abstract — This paper proposes a computational method to solve constrained cooperative motion planni...
In this paper smooth trajectories are computed in the Lie group SO(2, 1) as a motion planning proble...
This paper describes a global motion planning method for vehicles with actuator constraints based on...
This paper presents an approach to motion planning for left-invariant kinematic systems defined on t...
Many nonlinear systems of practical interest evolve on Lie groups or on manifolds acted upon by Lie ...
Many nonlinear systems of practical interest evolve on Lie groups or on manifolds acted upon by Lie ...
Abstract—In this paper smooth trajectories are computed in the Lie group SO(2, 1) as a motion planni...
We apply the well-known homotopy continuation method to address the motion planning problem (MPP) fo...
This paper considers the motion planning problem for oriented vehicles travelling at unit speed in a...
This paper considers the motion planning problem for oriented vehicles travelling at unit speed in a...
In this paper smooth trajectories are computed in the Lie group SO(2, 1) as a motion planning proble...
The sub-Riemannian problem on group of motions of pseudo Euclidean plane is considered. From enginee...
The usefulness in control theory of the geometric theory of motion on Lie groups and homogeneous spa...
Abstract — This paper proposes a computational method to solve constrained cooperative motion planni...
In this paper smooth trajectories are computed in the Lie group SO(2, 1) as a motion planning proble...
This paper describes a global motion planning method for vehicles with actuator constraints based on...
This paper presents an approach to motion planning for left-invariant kinematic systems defined on t...
Many nonlinear systems of practical interest evolve on Lie groups or on manifolds acted upon by Lie ...
Many nonlinear systems of practical interest evolve on Lie groups or on manifolds acted upon by Lie ...
Abstract—In this paper smooth trajectories are computed in the Lie group SO(2, 1) as a motion planni...
We apply the well-known homotopy continuation method to address the motion planning problem (MPP) fo...
This paper considers the motion planning problem for oriented vehicles travelling at unit speed in a...
This paper considers the motion planning problem for oriented vehicles travelling at unit speed in a...
In this paper smooth trajectories are computed in the Lie group SO(2, 1) as a motion planning proble...
The sub-Riemannian problem on group of motions of pseudo Euclidean plane is considered. From enginee...
The usefulness in control theory of the geometric theory of motion on Lie groups and homogeneous spa...
Abstract — This paper proposes a computational method to solve constrained cooperative motion planni...
In this paper smooth trajectories are computed in the Lie group SO(2, 1) as a motion planning proble...
This paper describes a global motion planning method for vehicles with actuator constraints based on...