The paper presents automated estimation techniques for robot parameters through system identification, for both PID control and future implementation of intelligent control laws, with the aim of designing the experimental model in a 3D virtual reality for testing and validating control laws in the joints of NAO humanoid robots
The approximation of humanoid robot by an inverted pendulum is one of the most used models to genera...
Traditional off-line programming is not enough in order to use the full potential of virtual models ...
This paper focuses on developing a formal, theory based design methodology to generate transparent r...
The paper presents automated estimation techniques for robot parameters through system identificatio...
AbstractThe paper presents a VIPRO versatile, intelligent and mobile platform for robots, using an o...
The paper will describe new methods of graphical robot simulation and control by using Virtual Reali...
The paper presents a versatile, intelligent portable robot platform VIPRo, which involves developing...
Abstract—The approximation of humanoid robot by an in-verted pendulum is one of the most used model ...
This paper discusses the experimental identification of dynamic robot models for their application i...
Robot simulators are useful tools for developing robot behaviours. They provide a fast and efficient...
Subject of the research work of IPA Stuttgart was to evaluate the benefits of Virtual Reality for ro...
The source code of the thesis is available at https://github.com/traversaro/phd-thesis . To report ...
This chapter deals with the problems of robot modelling and identification for high-performance mode...
We explain a procedure for getting models of robot kinematics and dynamics that are appropriate for ...
A new model-free approach to precisely control humanoid robot joints is presented in this article. A...
The approximation of humanoid robot by an inverted pendulum is one of the most used models to genera...
Traditional off-line programming is not enough in order to use the full potential of virtual models ...
This paper focuses on developing a formal, theory based design methodology to generate transparent r...
The paper presents automated estimation techniques for robot parameters through system identificatio...
AbstractThe paper presents a VIPRO versatile, intelligent and mobile platform for robots, using an o...
The paper will describe new methods of graphical robot simulation and control by using Virtual Reali...
The paper presents a versatile, intelligent portable robot platform VIPRo, which involves developing...
Abstract—The approximation of humanoid robot by an in-verted pendulum is one of the most used model ...
This paper discusses the experimental identification of dynamic robot models for their application i...
Robot simulators are useful tools for developing robot behaviours. They provide a fast and efficient...
Subject of the research work of IPA Stuttgart was to evaluate the benefits of Virtual Reality for ro...
The source code of the thesis is available at https://github.com/traversaro/phd-thesis . To report ...
This chapter deals with the problems of robot modelling and identification for high-performance mode...
We explain a procedure for getting models of robot kinematics and dynamics that are appropriate for ...
A new model-free approach to precisely control humanoid robot joints is presented in this article. A...
The approximation of humanoid robot by an inverted pendulum is one of the most used models to genera...
Traditional off-line programming is not enough in order to use the full potential of virtual models ...
This paper focuses on developing a formal, theory based design methodology to generate transparent r...