Implementation of a Situation Awareness Assessment Tool for Evaluation of Human–Robot Interfaces

Scholtz, Jean; Antonishek, Brian; Young, J. M.

doi:10.1109/tsmca.2005.850589

Cited by 32 publications

(19 citation statements)

References 10 publications

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“…For mobile robots, it usually consists of a control station with a graphical user interface, allowing the operator to see, hear and move through the robot platform in a remote location. As the type and number of sensors and DOFs increase on the platform, additions need to be made to the operator interface with the objective of maximizing situation awareness [47][48][49][50] and minimizing cognitive load [50,51]. IRL-1/TR is a great testbed to address such issues, and we used HBBA to design a telepresence system with a remote control interface that integrates proximity, vision, audible and force data in one 3D ecological [52] display.…”

Section: Teleoperation Using 3d Display Of Proximity Visual Audiblementioning

confidence: 99%

Coordination mechanism for integrated design of Human-Robot Interaction scenarios

Ferland

Reveleau

Leconte

et al. 2017

Paladyn, Journal of Behavioral Robotics

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Abstract:The ultimate long-term goal in Human-Robot Interaction (HRI) is to design robots that can act as a natural extension to humans. This requires the design of robot control architectures to provide structure for the integration of the necessary components into HRI. This paper describes how HBBA, a Hybrid Behavior-Based Architecture, can be used as a unifying framework for integrated design of HRI scenarios. More specifically, we focus here on HBBA's generic coordination mechanism of behavior-producing modules, which allows to address a wide range or cognitive capabilities ranging from assisted teleoperation to selective attention and episodic memory. Using IRL-1, a humanoid robot equipped with compliant actuators for motion and manipulation, proximity sensors, cameras and a microphone array, three interaction scenarios are implemented: multi-modal teleoperation with physical guidance interaction, fetching-anddelivering and tour-guiding.

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Section: Teleoperation Using 3d Display Of Proximity Visual Audiblementioning

confidence: 99%

Coordination mechanism for integrated design of Human-Robot Interaction scenarios

Ferland

Reveleau

Leconte

et al. 2017

Paladyn, Journal of Behavioral Robotics

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“…e.g. (Scholtz et al, 2005)), workload, and accuracy of mental models of device operation. For robot performance, self-awareness, human awareness, and autonomy are listed as suitable metrics.…”

Section: Evaluating Hrimentioning

confidence: 99%

3D Human Pose Tracking Priors using Geodesic Mixture Models

2016

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Abstract:In many complex robotics systems, interaction takes place in all directions between human, robot, and environment. Performance of such a system depends on this interaction, and a proper evaluation of a system must build on a proper modeling of interaction, a relevant set of performance metrics, and a methodology to combine metrics into a single performance value. In this paper, existing models of human-robot interaction are adapted to fit complex scenarios with one or several humans and robots. The interaction and the evaluation process is formalized, and a general method to fuse performance values over time and for several performance metrics is presented. The resulting value, denoted interaction quality, adds a dimension to ordinary performance metrics by being explicit about the interplay between performance metrics, and thereby provides a formal framework to understand, model, and address complex aspects of evaluation of human-robot interaction.

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“…For the distant operator, the main challenge of telepresence is understanding an environment in which one is not physically present (Nielsen, Goodrich, & Ricks, 2007). Situation awareness (Endsley, 1988;J. C. Scholtz, Antonishek, & Young, 2005;J.…”

Section: Augmented Teleoperation Feasibility Studymentioning

confidence: 99%

Natural Interaction Design of a Humanoid Robot

Ferland

Létourneau

Aumont

et al. 2013

Journal of Human-Robot Interaction

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Designing robots that interact naturally with people requires the integration of technologies and algorithms for communication modalities such as gestures, movement, facial expressions and user interfaces. To understand interdependence among these modalities, evaluating the integrated design in feasibility studies provides insights about key considerations regarding the robot and potential interaction scenarios, allowing the design to be iteratively refined before larger-scale experiments are planned and conducted. This paper presents three feasibility studies with IRL-1, a new humanoid robot integrating compliant actuators for motion and manipulation along with artificial audition, vision, and facial expressions. These studies explore distinctive capabilities of IRL-1, including the ability to be physically guided by perceiving forces through elastic actuators used for active steering of the omnidirectional platform; the integration of vision, motion and audition for an augmented telepresence interface; and the influence of delays in responding to sounds. In addition to demonstrating how these capabilities can be exploited in human-robot interaction, this paper illustrates intrinsic interrelations between design and evaluation of IRL-1, such as the influence of the contact point in physically guiding the platform, the synchronization between sensory and robot representations in the graphical display, and facial gestures for responsiveness when computationally expensive processes are used. It also outlines ideas regarding more advanced experiments that could be conducted with the platform.

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Implementation of a Situation Awareness Assessment Tool for Evaluation of Human–Robot Interfaces

Cited by 32 publications

References 10 publications

Coordination mechanism for integrated design of Human-Robot Interaction scenarios

Coordination mechanism for integrated design of Human-Robot Interaction scenarios

3D Human Pose Tracking Priors using Geodesic Mixture Models

Natural Interaction Design of a Humanoid Robot

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