Title of article :
7-DOF Haptic device and interface design
Author/Authors :
BASER, Ozgur Middle East Technical University - Department of Mechanical Engineering, Turkey , KONUKSEVEN, Erhan Ilhan Middle East Technical University - Department of Mechanical Engineering, Turkey
From page :
493
To page :
499
Abstract :
In this study, the developed 7-DOF haptic device (HaP-7) and its virtual reality interface are presented. The design issues, design constraints, and alternative design configurations are discussed and the potential advantages of the HaP-7 are put forward. The kinematic model of the proposed device looks like a simplified human arm kinematic model. The redundant characteristic of the device provides larger workspace and allows for appropriate posture selection for the purposes of maximization of the rigidity, transparency and stability, while minimizing the inertia and power consumption in addition to the singularity and obstacle avoidance optimization.
Keywords :
Haptic device design , virtual reality , force feedback , visual feedback
Journal title :
Turkish Journal of Electrical Engineering and Computer Sciences
Journal title :
Turkish Journal of Electrical Engineering and Computer Sciences
Record number :
2532472
Link To Document :
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