This paper describes a humanoid robot simulator with realistic dynamics. Assimulation is a powerful tool for speeding up the control software development, thesuggested accurate simulator allows to accomplish this goal. The simulator, based on theOpen Dynamics Engine and GLScene graphics library, provides instant visual feedbackand allows the user to test any control strategy without damaging the real robot in theearly stages of the development. The proposed simulator also captures somecharacteristics of the environment that are important and allows to test controllers withoutaccess to the real hardware. Experimental results are shown that validate this approac
Many times the simulation environment is an ad hoc implementation done with the single purpose of te...
When dealing with humanoid robot simulations, researchers must usually choose between two extreme o...
This paper reports on development of an open source dynamic simulator for the Compliant huMANoid rob...
This paper describes a humanoid robot simulator with realistic dynamics. As simulation is a powerful...
This paper describes a humanoid robot simulator with realistic dynamics. As simulation is a powerful...
This article describes a joint trajectory optimized controller developed in a humanoid robot simulat...
This paper describes a humanoid robot simulator supporting joint trajectory optimization, following ...
International audienceThe number of tools for dynamics simulation has grown substantially in the las...
This paper presents a humanoid servomotor model that can be used in simulations. Once simulation is ...
International audienceThe number of tools for dynamics simulation has grown substantially in the las...
This paper describes a model to replicate the dynamics of a walking robot inside USARSim. USARSim is...
Realistic simulations of humanoid robots depend on the model accuracy of physical properties of the ...
When dealing with humanoid robot simulations, researchers must usually choose between two extreme op...
Abstract — A software platform is essential for development, experimentation and research involving ...
This paper describes a humanoid robot simulator with realistic dynamics. As simulation is a powerful...
Many times the simulation environment is an ad hoc implementation done with the single purpose of te...
When dealing with humanoid robot simulations, researchers must usually choose between two extreme o...
This paper reports on development of an open source dynamic simulator for the Compliant huMANoid rob...
This paper describes a humanoid robot simulator with realistic dynamics. As simulation is a powerful...
This paper describes a humanoid robot simulator with realistic dynamics. As simulation is a powerful...
This article describes a joint trajectory optimized controller developed in a humanoid robot simulat...
This paper describes a humanoid robot simulator supporting joint trajectory optimization, following ...
International audienceThe number of tools for dynamics simulation has grown substantially in the las...
This paper presents a humanoid servomotor model that can be used in simulations. Once simulation is ...
International audienceThe number of tools for dynamics simulation has grown substantially in the las...
This paper describes a model to replicate the dynamics of a walking robot inside USARSim. USARSim is...
Realistic simulations of humanoid robots depend on the model accuracy of physical properties of the ...
When dealing with humanoid robot simulations, researchers must usually choose between two extreme op...
Abstract — A software platform is essential for development, experimentation and research involving ...
This paper describes a humanoid robot simulator with realistic dynamics. As simulation is a powerful...
Many times the simulation environment is an ad hoc implementation done with the single purpose of te...
When dealing with humanoid robot simulations, researchers must usually choose between two extreme o...
This paper reports on development of an open source dynamic simulator for the Compliant huMANoid rob...