AbstractThis article describes design of algorithm for finding maximum possible speed. Maximum speed of robot's endpoint is 4.4 meters per second, but this speed is achieved rarely by the robot. Robot name is MELFA RV-2DB. Robot has integrated development environment with name RT-Toolbox2. Robot maximum speed is under 1 meter per second in motions, where the trajectory is important. Algorithm analyzes and designs speed optimizing motions on high accuracy motions. Circular motions and motions on straight line require high accuracy of trajectory. In these types of motion trajectory is important. I also describe results and analyses of proposed algorithm in this paper
Robot manufacturers, like many other manufacturers, are experiencing increasing competition in a glo...
Robots have become a large part of the modern world and have been used to navigate through complex e...
In this article the dynamics and positioning accuracy of “MOTOMAN SSF2000” robotic system which is o...
AbstractThis article describes design of algorithm for finding maximum possible speed. Maximum speed...
In this paper we define a new method for speed (velocity) computation, named mixt profile. The mixt ...
While autonomous vehicles are growing in popularity, there exists a tradeoff between control and spe...
Industrial robots have greatly enhanced the performance of automated manufacturing processes during ...
Nowadays, resources for production (raw materials, human, energy, etc.) are limited, while populatio...
This chapter focuses on the design of a handling 5 Degree of freedom (DOF) robot arm model for indus...
This article is (c) Emerald Group Publishing and permission has been granted for this version to app...
This article is (c) Emerald Group Publishing and permission has been granted for this version to app...
In industry there is a constant need to make solutions that are more efficient, reduces risk and red...
This article provides a comprehensive view of the novel fast marching (FM) methods we developed for ...
Funding Information: Funding: This work was funded by the Taif University Researchers Supporting Pro...
International audienceThis paper deals with minimum time trajectory optimization along a specified pa...
Robot manufacturers, like many other manufacturers, are experiencing increasing competition in a glo...
Robots have become a large part of the modern world and have been used to navigate through complex e...
In this article the dynamics and positioning accuracy of “MOTOMAN SSF2000” robotic system which is o...
AbstractThis article describes design of algorithm for finding maximum possible speed. Maximum speed...
In this paper we define a new method for speed (velocity) computation, named mixt profile. The mixt ...
While autonomous vehicles are growing in popularity, there exists a tradeoff between control and spe...
Industrial robots have greatly enhanced the performance of automated manufacturing processes during ...
Nowadays, resources for production (raw materials, human, energy, etc.) are limited, while populatio...
This chapter focuses on the design of a handling 5 Degree of freedom (DOF) robot arm model for indus...
This article is (c) Emerald Group Publishing and permission has been granted for this version to app...
This article is (c) Emerald Group Publishing and permission has been granted for this version to app...
In industry there is a constant need to make solutions that are more efficient, reduces risk and red...
This article provides a comprehensive view of the novel fast marching (FM) methods we developed for ...
Funding Information: Funding: This work was funded by the Taif University Researchers Supporting Pro...
International audienceThis paper deals with minimum time trajectory optimization along a specified pa...
Robot manufacturers, like many other manufacturers, are experiencing increasing competition in a glo...
Robots have become a large part of the modern world and have been used to navigate through complex e...
In this article the dynamics and positioning accuracy of “MOTOMAN SSF2000” robotic system which is o...