Abstract

The way we interact with computers has significantly changed over recent decades. However, interaction with computers still falls behind human to human interaction in terms of seamlessness, effortlessness, and satisfaction. We argue that simultaneously using verbal, nonverbal, explicit, implicit, intentional, and unintentional communication channels addresses these three aspects of the interaction process. To better understand what has been done in the field of Human Computer Interaction (HCI) in terms of incorporating the type channels mentioned above, we reviewed the literature on implicit nonverbal interaction with a specific emphasis on the interaction between humans on the one side, and robot and virtual humans on the other side. These Artificial Social Agents (ASA) are increasingly used as advanced tools for solving not only physical but also social tasks. In the literature review, we identify domains of interaction between humans and artificial social agents that have shown exponential growth over the years. The review highlights the value of incorporating implicit interaction capabilities in Human Agent Interaction (HAI) which we believe will lead to satisfying human and artificial social agent team performance. We conclude the article by presenting a case study of a system that harnesses subtle nonverbal, implicit interaction to increase the state of relaxation in users. This “Virtual Human Breathing Relaxation System” works on the principle of physiological synchronisation between a human and a virtual, computer-generated human. The active entrainment concept behind the relaxation system is generic and can be applied to other human agent interaction domains of implicit physiology-based interaction.

Highlights

  • In this narrative review, we survey research on implicit interaction between humans and computers—the interaction between humans and Artificial Social Agents

  • The review highlights the value of incorporating implicit interaction capabilities in Human Agent Interaction (HAI) which we believe will lead to satisfying human and artificial social agent team performance

  • We will conclude this article with a case study where we present a novel system based on multichannel interaction between a human and an Artificial Social Agent

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Summary

Introduction

We survey research on implicit interaction between humans and computers—the interaction between humans and Artificial Social Agents. Our goal is to better understand how implicit cues can be used to build natural and satisfactory human computer interaction systems and to identify gaps in the research. One of the areas which we identify as under-researched is implicit physiology-driven interaction. To further this area, we present a framework that uses implicit physiological interaction between a human and an Artificial Social Agent. The framework harnesses the phenomenon of physiological entrainment found in human to human interaction. The results from our pilot study support the notion that subtle physiological cues can be used as implicit signals in a HCI system

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