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The result suggested that the prototype robot can successfully move when it is controlled by computer programming.
The experimental results demonstrate that the pose accuracy of the robot (a FANUC M-20iA) for stationary tasks has been improved to 0.050 mm and 0.050° for position and orientation respectively.
The results show that the robot was able to play the game in a manner similar to how a human plays the game.
The statistical results showed, Lego robot usage has raised student achievement in the introduction to computer programming course.
Finally, a FANUC S900iB/400 robot that used for FSW is selected as a representative of industrial robots to be compared, the stiffness of the robot presented in this paper is better than the FANUC robot, which is beneficial to improve the welding quality.
The experimental results show that the proposed structure can be effectively applied to the control of robot manipulators when implemented to the personal computer.<<ETX>>
Proceedings ArticleDOI
F. Hara, H. Kobayashi 
22 Oct 1995
21 Citations
This implies a high potential in the use of face robot for human-computer communication media.
To conclude, RoboGuide does not accurately represent the motion of the FANUC TM robot and therefore only has limited use in supporting the physical emulation of complex

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