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A fast method to simulate virtual deformable objects with force feedback
(IEEE Conference Publications, 2002)
In this paper, we propose solutions to real time simulation and interaction of deformable objects in virtual reality. Firstly, we present LEM - Long Element Method, a method created for physically based simulation of ...
An approach to LEM modeling: construction, collision detection and dynamic simulation
(IEEE Conference Publications, 2001)
This paper presents an approach to apply the long element method (LEM), a new method for physically based simulation of deformable objects, to a general polygonal mesh. The LEM is suitable for real time simulation and ...
Towards a realistic medical simulator using virtual environments and haptic interaction
(Springer Berlin Heidelberg, 2003)
This paper presents our experience towards the conception of a virtual reality medical simulator coupled with haptic interaction aimed at training surgeons. This area of research has a long history and a wide variety of ...
Towards a realistic dental simulator with haptic interface
(Springer Berlin Heidelberg, 2008)
We present our experience pertaining to the development of a dental simulator interfaced with an haptic device. Such a system can enable dental trainees to be trained with a patients’ virtual set of teeth. To provide better ...
Virtual deformation of soft tissue using bulk variables
(World Scientific and Engineering Academy and Society (WSEAS) Press, 2009)
We present an alternative online simulation model for human tissue. Online simulation of human tissue deformation during surgical training or surgical assistance is becoming increasingly important within the medical ...
Simulation model for Human Tissue
(Kolej Universiti Kejuruteraan Utara Malaysia, 2006)
We present a novel online human tissue simulation model for virtual reality assisted medical robots. Online simulation human tissue deformation during surgical training or surgical assistance is becoming increasingly ...