Patton & Rommel
Retrofitted Tamiya's King Tiger II with PC104 and various sensors

Research

My research interest is in the area of:
- Mechatronics
- Intelligent Robots
- Human-Machine Interaction
- Gesture & Speech Recognition
- Robot Programming & Architecture

Current Research Activities

Interactive Multi-Modal Robot Programming Gesture Based Control of a Mobile Robot Interactive Multi-Modal Programming for Robotic Arc Welding Interactive Two-Handed Gesture Based Control of a Manipulator

Patton & Rommel

Cye is directly controlled and programmed on-line through speech and hand-gesture interface.

Retrofitted King Tiger is controlled through single handed gestures.

Arc-welding robot (ABB-IRB1400) is programmed and controlled using hand-gestures and speech.

Hand gestres are used to manipulate and adjust shape primitives that drive PUMA to draw various shapes.

Past Research Activities

Task Level Skill Acquisition TUGV (Transitional Unmanned Ground Vehicle) Xavier Elevator Riding Project

Developed data-glove based hand-gesture recognition system, including methodologies to train, adapt, and recognize gestures based on statistical modeling techniques. (1999)

TUGV was a program to demonstrate high speed cross country navigation. I was responsible for its lens rectification and stereo calibration programs. [report] (1996)

Xavier navigated to other floors of the building using vision and human interaction. (1995)

Publications

Affiliations


Last modified: Tue Sep 14 05:08:49 EDT 2004
Soshi Iba <iba+@cmu.edu>