Thursday, April 15, 2010

Operating robots with virtual reality

Bagus Manuaba is researching at the ANU how to remote control a machine using virtual reality. Devices such as bomb disposal robots are normally operated by remote control, with an operator looking at a live video display and pushing buttons and operating a joystick. The operator is only a few hundred metres from the robot and so there is little delay transmitting video from the robot to the operator and the operators instructions back. However, as the distance in increases the, delay does also.

Where the operator is on one side of the world and the robot the other, the delay prevents fine control and the robot has to be semi-autonomous. In addition, looking at a flat 2d image makes it hard to control a robot.

Some systems use stereoscopic video, such as the Airbus Military Aerial Refuelling Boom System (ARBS) fr the Airbus A330 Multi Role Tanker Transport (MRTT) aircraft being acquired by the Royal Australian Air Force. With this system the operator sits in the aircraft cockpit and fly the boom while looking at a stereoscopic image. Previous systems, such as the KC-135, require the operator to be in the tail of the aircraft. It might be interesting to enhance the Airbus system with virtual reality.

Teleoperation System with Supervisory Control in a Mixed Reality Environment

Bagus Manuaba (SoCS CECS)

CS HDR MONITORING Info & Human Centred Computing Research Group

DATE: 2010-04-15
TIME: 11:30:00 - 12:00:00
LOCATION: Ian Ross Seminar Room
CONTACT: Michelle.Moravec@anu.edu.au

ABSTRACT:
Mixed reality is a new innovation of virtual reality. By combine this innovation with supervisory control in teleoperation system is expected can solve any limitations that occur in teleoperation system today. In this presentation I will give a brief description about teleoperation, supervisory control and mixed reality, and also bring several examples of research that related in this area. In addition, it is also showing the focus and the expected outcomes from my current research.

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