A study regarding the swing-up and stabilization problem of a double pendulum on a cart is presented. Current methods of feed forward control, energy based control, and passivity based control are used to select a design for the swing-up controller. The stabilization is done using an LQR controller. The nonlinear controller is analyzed with respect to being approximated by a neural network [1]
The article describes the solution to the problem of stabilizing a nonlinear system using machine le...
In this report a number of algorithms for optimal control of a double inverted pendulum on a cart (D...
Underactuated systems occur frequently in robotics and legged locomotion. Unactuated pendulum on an ...
A study regarding the swing-up and stabilization problem of a double pendulum on a cart is presented...
A study regarding the swing-up and stabilization problem of a double pendulum on a cart is presented...
A study regarding the swing-up and stabilization problem of a double pendulum on a cart is presented...
A study regarding the swing-up and stabilization problem of a double pendulum on a cart is presented...
A study regarding the swing-up and stabilization problem of a double pendulum on a cart is presented...
In this paper the authors present two approaches for the control of an inverted pendulum on a cart. ...
In this paper, we present two approaches for the control of an inverted pendulum on a cart. First, w...
Abstrac t- Neural networks can be used to identifY and control nonlinear mechanical systems. The obj...
Inverted pendulum control finds similarities with control of legged robots such as bipedal or humano...
The use of a self-contained dual neural network architecture for the solution of nonlinear optimal c...
In this paper, a motion and balance control scheme is introduced for inverted pendulums using artifi...
The article describes the solution to the problem of stabilizing a nonlinear system using machine le...
The article describes the solution to the problem of stabilizing a nonlinear system using machine le...
In this report a number of algorithms for optimal control of a double inverted pendulum on a cart (D...
Underactuated systems occur frequently in robotics and legged locomotion. Unactuated pendulum on an ...
A study regarding the swing-up and stabilization problem of a double pendulum on a cart is presented...
A study regarding the swing-up and stabilization problem of a double pendulum on a cart is presented...
A study regarding the swing-up and stabilization problem of a double pendulum on a cart is presented...
A study regarding the swing-up and stabilization problem of a double pendulum on a cart is presented...
A study regarding the swing-up and stabilization problem of a double pendulum on a cart is presented...
In this paper the authors present two approaches for the control of an inverted pendulum on a cart. ...
In this paper, we present two approaches for the control of an inverted pendulum on a cart. First, w...
Abstrac t- Neural networks can be used to identifY and control nonlinear mechanical systems. The obj...
Inverted pendulum control finds similarities with control of legged robots such as bipedal or humano...
The use of a self-contained dual neural network architecture for the solution of nonlinear optimal c...
In this paper, a motion and balance control scheme is introduced for inverted pendulums using artifi...
The article describes the solution to the problem of stabilizing a nonlinear system using machine le...
The article describes the solution to the problem of stabilizing a nonlinear system using machine le...
In this report a number of algorithms for optimal control of a double inverted pendulum on a cart (D...
Underactuated systems occur frequently in robotics and legged locomotion. Unactuated pendulum on an ...