International audienceThe work completed through this paper made it possible to study and compare various coupling schemes of bilateral control in force reflecting teleoperation, by concretely implementing them on a 1DOF master/slave demonstrator. With this intention, we applied and tested two principal schemes, the sliding mode scheme and the four channels data transmission scheme in which the two systems (master and slave) are tracked mutually either in force and position. Thus, according to the architecture, transparency and stability of the coupled system were analyzed either in free motion or when colliding with a stiff and rigid environment
Abstract Bilateral teleoperation systems are widely used to compensate for image spin and in many ot...
Scaled bilateral teleoperation is a very useful and highly researching concept in motion control are...
The well-known trade-off between transparency and stability challenges the realization of bilateral ...
Sliding mode control has been used extensively in robotics to cope with parameters uncertainty, mode...
Sliding mode control has been used extensively in robotics to cope with parameters uncertainty, mode...
This paper presents the theoretical and experimental evaluation of a 2-Channel bilateral Force Refl...
A four-channel control architecture has been suggested in the liter-ature to achieve transparency fo...
Abstract — Teleoperation systems that are distributed over large physical distances where time delay...
In this research a bilateral master slave teleoperation system with two non similar robots is design...
none5This chapter introduces and surveys bilateral (master-slave) control methods and system archite...
none6The goal of this chapter is to experimentally study the behaviour of bilateral controllers. Pre...
International audienceA cascaded force and position control is implemented on each of two robots of ...
Bilateral teleoperation involves the motion control of a slave mechanism with a master mechanism tha...
This paper presents a passive bilateral feedforward control scheme for linear dynamically similar (L...
This paper proposes a new methodology for designing sliding mode bilateral controllers based virtual...
Abstract Bilateral teleoperation systems are widely used to compensate for image spin and in many ot...
Scaled bilateral teleoperation is a very useful and highly researching concept in motion control are...
The well-known trade-off between transparency and stability challenges the realization of bilateral ...
Sliding mode control has been used extensively in robotics to cope with parameters uncertainty, mode...
Sliding mode control has been used extensively in robotics to cope with parameters uncertainty, mode...
This paper presents the theoretical and experimental evaluation of a 2-Channel bilateral Force Refl...
A four-channel control architecture has been suggested in the liter-ature to achieve transparency fo...
Abstract — Teleoperation systems that are distributed over large physical distances where time delay...
In this research a bilateral master slave teleoperation system with two non similar robots is design...
none5This chapter introduces and surveys bilateral (master-slave) control methods and system archite...
none6The goal of this chapter is to experimentally study the behaviour of bilateral controllers. Pre...
International audienceA cascaded force and position control is implemented on each of two robots of ...
Bilateral teleoperation involves the motion control of a slave mechanism with a master mechanism tha...
This paper presents a passive bilateral feedforward control scheme for linear dynamically similar (L...
This paper proposes a new methodology for designing sliding mode bilateral controllers based virtual...
Abstract Bilateral teleoperation systems are widely used to compensate for image spin and in many ot...
Scaled bilateral teleoperation is a very useful and highly researching concept in motion control are...
The well-known trade-off between transparency and stability challenges the realization of bilateral ...