| Title |
Graphic Deformation Algorithm for Haptic Interface System |
| Authors |
강원찬(Kang, Won-Chan) ; 김성철(Kim, Sung-Cheol) ; 김동옥(Kim, Dong-Ok) ; 김원배(Kim, Won-Bae) ; 김영동(Kim, Young-Dong) |
| Keywords |
Haptic ; Graphic Rendering ; Deformation Algorithm ; Force-Reflecting |
| Abstract |
In this paper, we propose a new graphic deformation algorithm for haptic interface system. Our deformable model is based on non-linear elasticity, anisotropy behavior and the finite element method. Also we developed controller for high-speed communication. The proposed controller is based on the PCI/FPGA technology, which could progress the capability of the position calculating and the force data transmitting. The haptic system is composed of the 6DOF force display device, the high-speed controller, HIR library for 3D graphic deformation algorithm and the haptic rendering algorithm. The developed system will be used on constructing the dynamical virtual environment. We demonstrate the relevance of this approach for the real-time simulating deformations of elastic objects. To show the efficiency of our system, we programmed the simulation of force reflecting. As the result of experiment, we found that it has high stability and easy to control for deformable object than some other systems. |