This chapter has a tutorial nature in introducing a number of useful concepts which resulted by reasoning with power ports rather than with signals, as people usually do in control. Arjan is one of the Godfathers in this way of thinking and he has been a pioneer in bringing these concepts to a new level, introducing proper geometry, a sound system theoretic basis and divulgating these issues. This chapter shows how, by using these concepts, it is possible to address or solve certain problems in robotics, control and passivity in a simple and straightforward way. It also presents a formal proof of a claim which is often used as a conjecture and which gives theoretical arguments to counteract the statement which is often used against passivit...
Walking robots consume more energy for locomotion than their wheeled and tracked counterparts. To ac...
Modern robotic systems with a large number of actuated degrees of freedom can be utilized to perform...
This thesis studies aspects of self-sufficient energy (energy autonomy) for truly autonomous robots ...
Energy and energy exchange govern interactions in the physical world. By explicitly considering the ...
Summary. In the present work we are interested on the derivation of power-based passivity properties...
This paper proposes a unified energy-based modeling and energy-aware control paradigm for robotic sy...
Safety is essential for robots in unknown environments, especially when there is physical Human–Robo...
Abstract: In the present work we are interested on the derivation of power-based passivity propertie...
Energy is one of the fundamental concepts in science andengineering practice, where it is common to ...
mareelsQunime1b.edu.au Energy shaping is the essence of passivity based control (PBC), a controller ...
Stabilization of physical systems by shaping their energy function is a well-established technique w...
Energy shaping is the essence of passivity based control (PBC), a controller design technique that i...
Passivity-based control ensures the implementation of a desired behavior in a controlled system, whi...
Modern robotic systems with a large number of actuated degrees of freedom can be utilized to perform...
Safety is essential for robots in unknown environments, especially when there is physical Human-Robo...
Walking robots consume more energy for locomotion than their wheeled and tracked counterparts. To ac...
Modern robotic systems with a large number of actuated degrees of freedom can be utilized to perform...
This thesis studies aspects of self-sufficient energy (energy autonomy) for truly autonomous robots ...
Energy and energy exchange govern interactions in the physical world. By explicitly considering the ...
Summary. In the present work we are interested on the derivation of power-based passivity properties...
This paper proposes a unified energy-based modeling and energy-aware control paradigm for robotic sy...
Safety is essential for robots in unknown environments, especially when there is physical Human–Robo...
Abstract: In the present work we are interested on the derivation of power-based passivity propertie...
Energy is one of the fundamental concepts in science andengineering practice, where it is common to ...
mareelsQunime1b.edu.au Energy shaping is the essence of passivity based control (PBC), a controller ...
Stabilization of physical systems by shaping their energy function is a well-established technique w...
Energy shaping is the essence of passivity based control (PBC), a controller design technique that i...
Passivity-based control ensures the implementation of a desired behavior in a controlled system, whi...
Modern robotic systems with a large number of actuated degrees of freedom can be utilized to perform...
Safety is essential for robots in unknown environments, especially when there is physical Human-Robo...
Walking robots consume more energy for locomotion than their wheeled and tracked counterparts. To ac...
Modern robotic systems with a large number of actuated degrees of freedom can be utilized to perform...
This thesis studies aspects of self-sufficient energy (energy autonomy) for truly autonomous robots ...