# human–robot interaction

> interdisciplinary research field studying the interaction between humans and robots

**Wikidata**: [Q859951](https://www.wikidata.org/wiki/Q859951)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Human–robot_interaction)  
**Source**: https://4ort.xyz/entity/humanrobot-interaction

## Summary
Human–robot interaction (HRI) is an interdisciplinary research field studying the interaction between humans and robots. It combines principles from robotics, human–computer interaction, and other disciplines to understand and improve how people and robots communicate and collaborate.

## Key Facts
- Human–robot interaction is an academic discipline that studies the interaction between humans and robots
- It is a subclass of both human–computer interaction and robotics
- The field has 8 Wikipedia language editions including English, Arabic, French, Korean, and Vietnamese
- Common aliases include "HRI" and the Arabic term "تفاعل الإنسان مع الروبوت"
- Notable related robots include Ameca (humanoid robot by Engineered Arts), Kismet (social robot), and RoboThespian (humanoid robot created in 1990)
- The field is documented in the Encyclopedia of China (Third Edition) with ID 184194
- It has a Microsoft Academic ID of 145460709 (though this is discontinued)

## FAQs
### Q: What is human–robot interaction?
A: Human–robot interaction is an interdisciplinary research field that studies how humans and robots communicate, collaborate, and interact with each other. It combines principles from robotics, psychology, and human–computer interaction to improve the design and functionality of robotic systems.

### Q: What are some applications of human–robot interaction?
A: Human–robot interaction is applied in various domains including museum guide robots (like Pablo Bot and Nur Alem EXPO Pavilion robots), therapeutic robots for autistic children, and collaborative robots for industrial settings. These applications focus on making robots more intuitive and effective in their interactions with humans.

### Q: How does human–robot interaction relate to other fields?
A: Human–robot interaction is a subclass of both human–computer interaction and robotics, combining elements from both fields. It also draws from psychology, cognitive science, and social sciences to understand the nuances of human-robot communication and collaboration.

## Why It Matters
Human–robot interaction is crucial as robots become increasingly integrated into everyday life, from healthcare and education to manufacturing and service industries. This field addresses the fundamental challenge of making robots more intuitive, safe, and effective partners for humans by studying how people perceive, interact with, and trust robotic systems. As robots take on more complex roles in society, understanding the dynamics of human-robot interaction becomes essential for designing robots that can communicate naturally, understand human intentions, and adapt to human needs. This research directly impacts the development of robots that can work alongside humans in shared spaces, provide assistance to vulnerable populations, and enhance human capabilities in various domains.

## Notable For
- Being an interdisciplinary field that bridges robotics and human–computer interaction
- Developing specialized robots like Kismet for social interaction and Ameca for human-like communication
- Creating museum guide robots that can explain art and exhibits in multiple languages
- Studying therapeutic applications including robots designed for autistic children
- Advancing the understanding of human-robot collaboration in both industrial and social contexts

## Body
### Core Research Areas
Human–robot interaction research focuses on several key areas including natural language processing for robot communication, gesture recognition, emotional intelligence in robots, and the design of intuitive human-robot interfaces. Researchers study how humans perceive robots and what factors influence trust and acceptance of robotic systems.

### Applications and Implementations
The field has produced various practical applications including museum guide robots like Pablo Bot and the Ohara Museum of Art Guide Robot, which can explain artworks to visitors in English and Japanese. The Nur Alem EXPO Pavilion in Kazakhstan employs robot guides across eight floors to provide tours of their technological energy museum.

### Notable Robots in HRI
Several robots have become important case studies in human–robot interaction research. Kismet, developed for social interaction studies, has become an iconic example of social robotics. RoboThespian, created in 1990 by Engineered Arts, represents an early attempt at creating humanoid robots capable of human-like interaction. The Ameca robot represents more recent advances in creating highly realistic humanoid robots.

### Academic Recognition
The field is recognized as an academic discipline with its own body of research literature and conferences. It maintains a presence across multiple Wikipedia language editions and is documented in specialized encyclopedias, indicating its established status within the academic community.

## Schema Markup
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## References

1. Freebase Data Dumps. 2013
2. [OpenAlex](https://docs.openalex.org/download-snapshot/snapshot-data-format)