This paper deals with optimal design of input signals for linear, controllable systems, by means of their flat output. The flat output is parametrized by a polynomial spline and a linear problem is formulated in which both the spline coefficients and the knot locations are found simultaneously. Conservative constraints on the spline coefficients ensure that semi-infinite bounds are never violated and numerical results show that the amount of conservatism is little.status: publishe
Input shaping is an established technique to generate prefilters that move flexible mechanical syste...
summary:By the use of flatness the problem of pole placement, which consists in imposing closed loop...
When optimizing the performance of constrained robotic system, the motion trajectory plays a crucial...
This work considers the design of point-to-point input trajectories for flexible motion systems. The...
This paper considers the concurrent design of pointto- point trajectories and corresponding feedforw...
For motion systems such as cam-follower mechanisms and loads driven by servo motors, this paper cons...
We introduce the concept of an affine flat input to a non-linear system with a given output function...
This paper develops a general framework to synthesize optimal polynomial splines for rigid motion sy...
This article addresses the problem of trajectory planning for flat systems with constraints. Flat sy...
This paper deals with minimum cost constrained selection of inputs, outputs and feedback pattern in ...
This paper presents a new feedforward design method for linear time invariant systems. The feedforwa...
While polynomial regression models on a one-dimensional interval have received broad attention in op...
International audienceIn this paper, the motion planning problem is studied for nonlinear differenti...
The topic of this paper is optimal input signal design for identification of interconnected/networke...
International audienceThis technical communique presents a method which aims at improving input desi...
Input shaping is an established technique to generate prefilters that move flexible mechanical syste...
summary:By the use of flatness the problem of pole placement, which consists in imposing closed loop...
When optimizing the performance of constrained robotic system, the motion trajectory plays a crucial...
This work considers the design of point-to-point input trajectories for flexible motion systems. The...
This paper considers the concurrent design of pointto- point trajectories and corresponding feedforw...
For motion systems such as cam-follower mechanisms and loads driven by servo motors, this paper cons...
We introduce the concept of an affine flat input to a non-linear system with a given output function...
This paper develops a general framework to synthesize optimal polynomial splines for rigid motion sy...
This article addresses the problem of trajectory planning for flat systems with constraints. Flat sy...
This paper deals with minimum cost constrained selection of inputs, outputs and feedback pattern in ...
This paper presents a new feedforward design method for linear time invariant systems. The feedforwa...
While polynomial regression models on a one-dimensional interval have received broad attention in op...
International audienceIn this paper, the motion planning problem is studied for nonlinear differenti...
The topic of this paper is optimal input signal design for identification of interconnected/networke...
International audienceThis technical communique presents a method which aims at improving input desi...
Input shaping is an established technique to generate prefilters that move flexible mechanical syste...
summary:By the use of flatness the problem of pole placement, which consists in imposing closed loop...
When optimizing the performance of constrained robotic system, the motion trajectory plays a crucial...