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Title : Augmented Reality Devices for Enhanced Human Performance in Tele-robotic Landmine Detection
Date : July 7, 2009, 11:00 a.m. 233 Zachry
Speaker : Richard T. Stone, Assistant Professor
Affiliation : Department of Industrial and Manufacturing Systems Engineering, Iowa State University
Abstract
The presentation will focuses on the design and study of augmented reality (AR) devices for the purpose of enhanced human performance in tele-robotic landmine detection. I have developed the Augmented Multisensory Interface Design (AMID) method to direct the design of AR devices by incorporating elements of perception, cognitive engineering, task analysis, system engineering, design process and experimental design principles. During my talk I will detail the experimental process used in my study, including the design of multiples AR devices, a functional landmine detection robot and control system. Following this I will discuss the results of the study and how these outcomes have provided strong evidence supporting the performance enhancement capabilities and training potential of well designed augmented interfaces.
Bio
Dr. Stone received his Ph.D. in Industrial and Systems Engineering from the University at Buffalo. His main research interests lie in the enhancement of human performance in both physical and mental domains and using approaches which include cognitive and physiological engineering, classical and experimental ergonomics, augmented reality, and the incorporation and application of new technologies. Past research by Dr. Stone has involved the development of design methodologies for AR and multisensory devices, telerobotic control system development, the application of biomechanics for improved sports performance and the development of visualization tools for improving battle space awareness.
