Welcome to Interaction Lab.
Project in progress
Interaction Virtual Reality based Immersive Training Platform
The main motive of Advanced Technology Research Center (ATRC) project is to contrive an interactive virtual reality-based immersive platform for educational and training systems, that can offer inexpensive enticing experience in performing instrumental & safety education in industrial arena. To improvise the high-sense of immersion experience on touch and shape perception of 3D objects, we developed a Smart Exo-skin Glove, which generates realistic experience to the user. The developed Haptic Shoes can provide RealWalk experience of various topographical land textures and this can actively influence in data-based deep machine learning challenges.
Development of Smart Exo-Skin Glove & Haptic Shoes
Development of VR Content and AI-based System Control
Development of Light Field Display-based Immersive HMD for minimizing VR
Morphable Haptic Controller for Manipulating VR·AR Contents
In this project, the shape and volume of the controller are automatically changed according to the situation of virtual/augmented reality. Based on this technology, regardless of the type of tool, the sense of holding a virtual tool (table tennis club, tennis racket, baseball bat, golf club, etc.) can be simulated similarly to real tools.
Here, we developed a Morphable Haptic Controller that can realistically express various feelings in a virtual environment by changing the length/bending/volume and center of gravity in the controller.
Development of length and volume morphable haptic controller
Development of VR application for haptic controller
Development of Actuating Technology for Automotive Display
In this project, we are studying about realization of an actuating module for automotive display and the development of technique commercialization.
Specially, we will develop an ultrasonic friction display based on piezoelectric actuators and we will develop a rendering algorithm for friction modulation.
A study about friction modulation of the automotive display through the development of ultrasonic friction display
Development of contour and texture rendering method for the ultrasonic friction display
Real fishing MR Haptic Feedback Ril Part Development
In this project, The goal is to develop a haptic reel module based on magnetorheological fluid (MR fluid) that can generate resistive torque.
The developed haptic reel module can express a resistive torque when a person catches a fish with a fishing rod.
Development of rotary type MR haptic actuator
Development of haptic reel module