Haptic technology allows for the sense of touch in virtual environments by providing tactile and force feedback. It has applications in medical training simulations, minimally invasive surgery, and rehabilitation for stroke patients. Haptic devices measure forces and torques to render contact forces based on object geometry and properties. The use of haptics enhances mobile games, vehicle controls, and medical simulations by providing a more intuitive and effective user experience. Future enhancements could apply haptic technology to aids for the blind, such as a virtual Braille display.

1. HAPTIC TECHNOLOGY BY SWATHI ANAND RAO & SRI LAKSHMI

2. HAPTIC TECHNOLOGY

3. ‘ HAPTIC’ HAPTIC :having to do with sense of touch. HAPTIC :also known as force-feedback technology Interfaces: established out of field of tele-operation Telerobotic applications

4. Architecture for Haptic feedback

5. System architecture for Haptic rendering

6. Contact-Response forces Types of sensors 1.Tactile 2.Kinesthetic Forces due to object geometry Forces due to object surface properties-

7. Haptic Devices

8. Applications

9. Medical training applications

10. Minimally Invasive surgery Measures forces and torques. Determines Dof forces.

11. Stroke Patients Patients interact with virtual worlds by feel.

12. Prostate Cancer Improves Brachytheraphy by increasing seed distribution accuracy.

13. Immersion: Mobiles –more useful. Games –more electrifying. Automobile controls-more intuitive. Medical training simulators-more effective.

14. FUTURE ENHANCEMENTS

15. Torch for BLIND

16. Virtual Brailee Display: (vdb)

17. CONCLUSION: Future for online computing & E-commerce. Part of a Person’s normal computer interaction.

18. THANK YOU