Dr. Squiggles is an interactive musical robot that plays rhythms by tapping. It listens to rhythm and plays along based on what it hears.
Autonomous robotics meets rhythm research
Dr. Squiggles, the RITMO-designed robot, listens for tapping produced by humans or other musical robots and attempts to play along and improvise its own rhythms based on what it hears.
In this project, we are building a swarm of Dr. Squiggles robots. Each robot has a powerful onboard computer and is therefore fully autonomous, enabling the swarm to be completely decentralized. The robots are considered as:
- An interactive digital artwork
- A platform that will be used to study several of our key research questions
- A product that musical hobbyists might eventually have in their home, that would help them improve their musical skills
Flexible and customisable robotics
The Dr Squiggles platform is open, and by customizing the software and setup we can use it in multiple settings:
- Explore human-robot interaction – what makes robots fun and engaging?
- Explore how interactive robots can help people gain music-related skills.
- To use an analysis-by-synthesis method to understand how rhythm works in human and animal brains.
- Explore dynamics in a collective setting, with robots only or a mix of robots and humans.
- Explore swarm behaviour – how can a large number of autonomous robots collaborate on a complex shared task like playing music together?
Images and Video
Art InstallationsNIME 2020
Oslo Life Sciences Festival Light Walk
ICLI Trondheim 2020:
Air-Guitar Control of Interactive Rhythmic Robots
CodeWe have developed two key software libraries for Dr Squiggles. The first is a general-purpose real time beat and tempo tracking library which is here:
Beat and Tempo Tracking
The second is called OpenSquiggles and is a framework for rhythm generator modules that Dr Squiggles uses to improvise music:
Interested in Participating?Masters Students are welcome to work on Dr Squiggles. More information and suggested research questions are here:
Matsters Student Projects