Abstract—This paper presents a new analysis method on space force telepresence teleoperation system. Since there exists huge time delay in the communication channel between the master and slave sides, it will lead to the system instability and reduce operation ability. The study of this issue is to find out the factors that impact the system unconditional stability. The study method is to use the difference and differential equations, which are found on telepresence system time delay dynamic equation. At the end of this study, this paper illustrates a simulation results to verify the analysis method. Index Terms—time delay, teleprensece system, stabilit
Abstract—The problem of adaptive stabilization of the force-reflecting telerobotic system in presenc...
In this paper, an observer-based input-to-state stable approach is proposed to stabilize teleoperati...
A control scheme for teleoperation systems with time delay is developed based on the concept of pass...
International audienceThis paper focuses on the closed-loop stability analysis of a teleoperation co...
This paper focuses on the closed-loop stability analysis of a teleoperation control scheme subject t...
The vision1 of a space robot as an extended arm of the human operator on ground is a key component ...
The successful implementation of the robot teleoperation system has greatly improved the ability of ...
Abstract: The problem of stabilization of force-reflecting teleoperators with time-varying delay in ...
This paper proposes a control framework that addresses the destabilizing effect of communication tim...
In this paper, stability of a human-in-the-loop telerobotics system with force feedback and communic...
The presence of time delays in communication introduces a limitation to the stability of bilateral t...
International audienceThis chapter addresses the robust stability of some bilateral teleoperation co...
International audienceThis paper addresses the robust stability of some bilateral teleoperation cont...
This paper presents stability analysis and a novel design method of time delayed control systems. Th...
The problem of stable bilateral teleoperation with position error based force feedback in presence o...
Abstract—The problem of adaptive stabilization of the force-reflecting telerobotic system in presenc...
In this paper, an observer-based input-to-state stable approach is proposed to stabilize teleoperati...
A control scheme for teleoperation systems with time delay is developed based on the concept of pass...
International audienceThis paper focuses on the closed-loop stability analysis of a teleoperation co...
This paper focuses on the closed-loop stability analysis of a teleoperation control scheme subject t...
The vision1 of a space robot as an extended arm of the human operator on ground is a key component ...
The successful implementation of the robot teleoperation system has greatly improved the ability of ...
Abstract: The problem of stabilization of force-reflecting teleoperators with time-varying delay in ...
This paper proposes a control framework that addresses the destabilizing effect of communication tim...
In this paper, stability of a human-in-the-loop telerobotics system with force feedback and communic...
The presence of time delays in communication introduces a limitation to the stability of bilateral t...
International audienceThis chapter addresses the robust stability of some bilateral teleoperation co...
International audienceThis paper addresses the robust stability of some bilateral teleoperation cont...
This paper presents stability analysis and a novel design method of time delayed control systems. Th...
The problem of stable bilateral teleoperation with position error based force feedback in presence o...
Abstract—The problem of adaptive stabilization of the force-reflecting telerobotic system in presenc...
In this paper, an observer-based input-to-state stable approach is proposed to stabilize teleoperati...
A control scheme for teleoperation systems with time delay is developed based on the concept of pass...