Summarization: This paper presents a method to regulate and maintain the necessary amount of suction generated and used by a robotic gripper system to perform distortion-free manipulation of limp material. A fuzzy logic control scheme is used for both the determination and regulation of suction. Suction regulation is achieved by controlling the voltage applied to the suction generation motor. The presented approach is found to enhance the overall functionality of the existing robotic gripper systemΠαρουσιάστηκε στο: IEEE International Conference on Control Application
Fuzzy Logic Control (FLC) has been successfully established in control systems engineering in the re...
Summarization: This paper summarizes a concluded 5-year funded research project (1994-1999) addressi...
[[abstract]]There are two types of fuzzy modeling: 1) imitating an expert experiment or fulfilling a...
Summarization: This paper discusses a fuzzy logic control system designed to determine, regulate and...
Summarization: This paper discusses position and suction control of a multi-degree-of-freedom reconf...
With the developing of technologies, people invented many kinds of robots such as autonomous robots,...
This paper deals with the analysis of three fingered robot manipulator to pick up objects intelligen...
Three fingered gripper is one of the examples for end effector in robotic technologies that are actu...
Abstract: As the demand for robots to perform complex tasks grows, there is an increasing need to ut...
In the research presented here, a Fuzzy logic controller is tuned for both a Linear Quadratic Regula...
In the research presented here, a Fuzzy logic controller is tuned for both a Linear Quadratic Regula...
In this study, a fuzzy logic controller (FLC) was designed to manipulate an articulated robot grippe...
In the research presented here, a Fuzzy logic controller is tuned for both a Linear Quadratic Regula...
In the research presented here, a Fuzzy logic controller is tuned for both a Linear Quadratic Regula...
In the research presented here, a Fuzzy logic controller is tuned for both a Linear Quadratic Regula...
Fuzzy Logic Control (FLC) has been successfully established in control systems engineering in the re...
Summarization: This paper summarizes a concluded 5-year funded research project (1994-1999) addressi...
[[abstract]]There are two types of fuzzy modeling: 1) imitating an expert experiment or fulfilling a...
Summarization: This paper discusses a fuzzy logic control system designed to determine, regulate and...
Summarization: This paper discusses position and suction control of a multi-degree-of-freedom reconf...
With the developing of technologies, people invented many kinds of robots such as autonomous robots,...
This paper deals with the analysis of three fingered robot manipulator to pick up objects intelligen...
Three fingered gripper is one of the examples for end effector in robotic technologies that are actu...
Abstract: As the demand for robots to perform complex tasks grows, there is an increasing need to ut...
In the research presented here, a Fuzzy logic controller is tuned for both a Linear Quadratic Regula...
In the research presented here, a Fuzzy logic controller is tuned for both a Linear Quadratic Regula...
In this study, a fuzzy logic controller (FLC) was designed to manipulate an articulated robot grippe...
In the research presented here, a Fuzzy logic controller is tuned for both a Linear Quadratic Regula...
In the research presented here, a Fuzzy logic controller is tuned for both a Linear Quadratic Regula...
In the research presented here, a Fuzzy logic controller is tuned for both a Linear Quadratic Regula...
Fuzzy Logic Control (FLC) has been successfully established in control systems engineering in the re...
Summarization: This paper summarizes a concluded 5-year funded research project (1994-1999) addressi...
[[abstract]]There are two types of fuzzy modeling: 1) imitating an expert experiment or fulfilling a...