Joystick For Mid-Air Interaction

Market Opportunity

With the rising popularity of virtual reality devices in the market, interface designers are looking to connect the virtual and physical worlds in a way that blurs the line between the two worlds and creates a seamless experience for the user. With advances in virtual reality headsets, it is now possible to immerse oneself in a virtual reality setting without being bound to a desk. A conventional joystick,however, requires a mountable surface to function, tethering one to a spot.

Technology

The Smart Systems Institute has developed a ‘bottomless’ joystick that can function untethered and in mid-air. It uses a gimbal-like mechanism with a certain counterweight to create a fulcrum in mid-air, allowing strong and continuous force feedback to be reproduced. The weight is changeable according to the user’s muscular strength. 

 

 

Stage of Development

TRL 5. High fidelity subsystem built and tested in simulated environment.
 

Applications

Virtual reality games, flight simulator, general user interface between digital and physical world.
 

Advantages

1. The heaviness of the force feedback can be changed by slowing the response time of the gimbal.
2. By stopping the gimbal suddenly, the joystick can create a stall effect that can be used in flight simulators.
3. By vibrating the gimbal rapidly, the device produces the sensation of shooting a machine gun.
 

Status

Functioning prototype and associated software. Patent pending. Available for licensing.

 

Get in Touch

Contact:
Asha Srinivasan
Phone: +65-65161671
E-mail: asha.srinivasan@nus.edu.sg
ILO Ref No: 2016-184

Inventor:
Yuichiro Katsumoto
E-mail: idmyk@nus.edu.sg
Website: https://www.idmi.nus.edu.sg/#project
 

 



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