This paper presents an analysis and design method for human/robot integrated systems, especially for the cooperative sensing and operation of human and robot formations in human centered environments. The key for the human/robot formation integrated system is to create a common motion reference that can be understood by both human and the robots in the formation. The perceptive reference frame is introduced and the characteristics of perceptive frame are compared with time based reference frame. The applications of perceptive reference frame to multi-agents coordination in a human/mobile manipulators coordination are then discussed. Simulations and experiments have been used to verify the theoretical results. Copyright © 2005 IFAC
The formation control of multiple vehicles using a perceptive frame is studied in this paper. The me...
The human-robot collaboration (HRC) is more and more requested in several occupational fields, e.g.,...
Robots should be capable of interacting in a cooperative and adaptive manner with their human counte...
This paper presents an analysis and design method for human/robot integrated systems, especially for...
This paper presents an analysis and design method for human/robot integrated systems, especially for...
This paper presents a framework and architecture for the coordination of human and robot formations ...
This paper presents a framework and architecture for the coordination of human and robot formations ...
This paper presents an approach to the control of a formation of autonomous robots using a perceptiv...
This paper presents an approach to the control of a formation of autonomous robots using a perceptiv...
This paper explores a new dimension in the area of human/robot cooperation: heterogeneous human/robo...
This paper presents all approach to the control of a formation of autonomous robots using a percepti...
This paper presents all approach to the control of a formation of autonomous robots using a percepti...
The objective of this paper is to develop an analytical scheme to integrate the heterogeneity of hum...
The reference frame definition is a significant postulate for the robot motion planning process. Ref...
The formation control of multiple vehicles using a perceptive frame is studied in this paper. The me...
The formation control of multiple vehicles using a perceptive frame is studied in this paper. The me...
The human-robot collaboration (HRC) is more and more requested in several occupational fields, e.g.,...
Robots should be capable of interacting in a cooperative and adaptive manner with their human counte...
This paper presents an analysis and design method for human/robot integrated systems, especially for...
This paper presents an analysis and design method for human/robot integrated systems, especially for...
This paper presents a framework and architecture for the coordination of human and robot formations ...
This paper presents a framework and architecture for the coordination of human and robot formations ...
This paper presents an approach to the control of a formation of autonomous robots using a perceptiv...
This paper presents an approach to the control of a formation of autonomous robots using a perceptiv...
This paper explores a new dimension in the area of human/robot cooperation: heterogeneous human/robo...
This paper presents all approach to the control of a formation of autonomous robots using a percepti...
This paper presents all approach to the control of a formation of autonomous robots using a percepti...
The objective of this paper is to develop an analytical scheme to integrate the heterogeneity of hum...
The reference frame definition is a significant postulate for the robot motion planning process. Ref...
The formation control of multiple vehicles using a perceptive frame is studied in this paper. The me...
The formation control of multiple vehicles using a perceptive frame is studied in this paper. The me...
The human-robot collaboration (HRC) is more and more requested in several occupational fields, e.g.,...
Robots should be capable of interacting in a cooperative and adaptive manner with their human counte...