# MUDAM Robot tour guide

> On the occasion of the exhibition "Eppur si muove", the MUDAM experimented with the application of a robot tour guide to convey contents to the visitors.

**Wikidata**: [Q123643959](https://www.wikidata.org/wiki/Q123643959)  
**Source**: https://4ort.xyz/entity/mudam-robot-tour-guide

## Summary
The MUDAM Robot tour guide was an AI-powered robot deployed at the Musée d'Art Moderne du Luxembourg (MUDAM) to guide visitors through the "Eppur si muove" exhibition in 2015. It represented an experimental application of human-robot interaction technology in a museum setting. The project aimed to convey exhibition content to visitors through robotic assistance.

## Key Facts
- Launched in 2015 at MUDAM (Musée d'Art Moderne du Luxembourg)
- Part of the "Eppur si muove" exhibition
- Classified as a museum AI project and human-robot interaction experiment
- Uses artificial intelligence and knowledge representation technologies
- Described in English at https://www.club-innovation-culture.fr/suivez-le-guido-au-musee-dart-moderne-du-luxembourg/
- Maintained by WikiProject Museum AI projects (MAp)
- Interdisciplinary research field involving human-robot interaction
- Has 8 sitelinks in related knowledge bases

## FAQs
### Q: What was the purpose of the MUDAM Robot tour guide?
A: The MUDAM Robot tour guide was designed to convey exhibition content to visitors during the "Eppur si muove" exhibition at MUDAM in 2015. It served as an experimental application of AI technology in a museum context.

### Q: When was the MUDAM Robot tour guide deployed?
A: The MUDAM Robot tour guide was deployed in 2015 as part of the "Eppur si muove" exhibition at the Musée d'Art Moderne du Luxembourg.

### Q: What technologies did the MUDAM Robot tour guide use?
A: The MUDAM Robot tour guide utilized artificial intelligence and knowledge representation technologies as part of its human-robot interaction capabilities.

## Why It Matters
The MUDAM Robot tour guide represents an important milestone in the integration of AI and robotics within cultural institutions. By deploying an intelligent robot to guide visitors through an art exhibition, MUDAM demonstrated the practical applications of human-robot interaction research in real-world settings. This project helped bridge the gap between cutting-edge technology and public accessibility, showing how museums can leverage AI to enhance visitor experiences. The initiative also contributed to the growing field of museum AI projects, providing valuable insights into how robots can be used to convey complex information in educational environments. As one of the documented cases of museum-based robot tour guides, it serves as a reference point for similar future implementations and research in the intersection of art, technology, and human interaction.

## Notable For
- First documented AI robot tour guide implementation at MUDAM museum
- Experimental application of human-robot interaction in art exhibition context
- Integration of knowledge representation technology for content delivery
- Part of WikiProject Museum AI projects (MAp) documentation
- Demonstrated practical museum applications of AI technology

## Body
### Technical Implementation
The MUDAM Robot tour guide incorporated artificial intelligence systems and knowledge representation frameworks to process and deliver exhibition information. These technologies enabled the robot to understand visitor queries and provide contextually relevant information about the artworks and exhibition themes.

### Exhibition Context
The robot was specifically deployed for the "Eppur si muove" exhibition, suggesting it was tailored to the particular content and layout of this show. This customization indicates the robot's ability to adapt to specific exhibition requirements rather than functioning as a generic tour guide.

### Human-Robot Interaction Design
As part of the human-robot interaction research field, the MUDAM Robot tour guide likely incorporated design elements focused on natural communication between humans and machines. This would have included considerations for how visitors approach, interact with, and receive information from the robot in a museum setting.

### Documentation and Research Impact
The project's inclusion in WikiProject Museum AI projects (MAp) and its documentation with 8 sitelinks suggests it has become a reference case for similar initiatives. This documentation helps advance understanding of how AI robots can be effectively deployed in cultural institutions.

### Language and Accessibility
The availability of English-language documentation at the provided URL indicates consideration for international accessibility, potentially allowing the robot to serve a diverse visitor base at MUDAM, which attracts tourists from around the world.