Plenary Talk during "Technical Session 1: Human machine interaction (HMI)" of the 2019 AIAA Intelligent Systems Workshop held at the University of Cincinnati.Machines were initially designed to take over manual tasks. Over time, as sensors and algorithms became more capable, decision-making has been automated via prescribed rules. Further, when these rules can be verified a priori, automated systems are allowed to operate autonomously, i.e., without human supervision. Some envision that in due time machines will be able to both make decisions and operate autonomously. That said, despite science-fiction-inspired anxieties, it is unlikely that machines will replace humans in their entirety. Rather, the future will be one where humans and mach...
AbstractWithin Human Factors Engineering, a decision-making process called function allocation (FA) ...
Cooperation between human operators and autonomous machines in dynamic (not fully controlled) situat...
Researchers are beginning to transition from studying human–automation interaction to human–autonomy...
Full autonomy seems to be the goal for system developers in almost every area of the economy. Howeve...
Intelligent and complex systems are becoming common in our workplace and our homes, providing direct...
In the development of intelligent systems that interact with humans, there is often confusion betwee...
AbstractWithin Human Factors Engineering, a decision-making process called function allocation (FA) ...
This document examines the challenges inherent in designing and regulating to support human-automati...
The adoption of unmanned systems is growing at a steady rate, with the promise of improved task effe...
There is a current drive towards enabling the deployment of increasingly autonomous systems in the N...
This contribution outlines a cognitive engineering approach to structure, describe and depict config...
Aspects of Human Autonomy Teaming - background on safe and efficient crew autonomy teaming project a...
This book provides an overview of recent research developments in the automation and control of robo...
Function allocation is the design decision to determine which functions are to be performed by human...
Intelligent and complex systems are becoming common in our workplace and our homes, providing direct...
AbstractWithin Human Factors Engineering, a decision-making process called function allocation (FA) ...
Cooperation between human operators and autonomous machines in dynamic (not fully controlled) situat...
Researchers are beginning to transition from studying human–automation interaction to human–autonomy...
Full autonomy seems to be the goal for system developers in almost every area of the economy. Howeve...
Intelligent and complex systems are becoming common in our workplace and our homes, providing direct...
In the development of intelligent systems that interact with humans, there is often confusion betwee...
AbstractWithin Human Factors Engineering, a decision-making process called function allocation (FA) ...
This document examines the challenges inherent in designing and regulating to support human-automati...
The adoption of unmanned systems is growing at a steady rate, with the promise of improved task effe...
There is a current drive towards enabling the deployment of increasingly autonomous systems in the N...
This contribution outlines a cognitive engineering approach to structure, describe and depict config...
Aspects of Human Autonomy Teaming - background on safe and efficient crew autonomy teaming project a...
This book provides an overview of recent research developments in the automation and control of robo...
Function allocation is the design decision to determine which functions are to be performed by human...
Intelligent and complex systems are becoming common in our workplace and our homes, providing direct...
AbstractWithin Human Factors Engineering, a decision-making process called function allocation (FA) ...
Cooperation between human operators and autonomous machines in dynamic (not fully controlled) situat...
Researchers are beginning to transition from studying human–automation interaction to human–autonomy...