Exploring music history data with Olo Radio.
Team
- William Odom
- Tijs Duel
- Min Yoo
- Henry Lin
- Amy Chen
- Tal Amram
Timeframe
2017 ↝ 2020Keywords
- Metadata
- Digital Archives
- Research Through Design
- Research Product
- Interaction Design
- Slow Technology
- Domestic Technology
- Field Study
Outcome
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Novel Temporal Interaction Design
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Five deployed Olo Radios
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Eight Month Field Study
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CHI 2018 Best Paper Honorable Mention Award
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DIS 2020 Best Paper Honorable Mention Award
The Core Idea
Instead of focusing on new recommendations, Olo’s algorithm is designed to encourage reflection based on a person’s music listening history.
Design Process
How will personal digital music archives be meaningfully experienced as they grow to a size and scale that people have never previously experienced? Music listening history archives can be vast, invisible, and overwhelming. Olo Radio’s design features a rich, yet highly minimal set of controls. By adopting this design strategy, we crated a physical interface that is simple while providing a wide range of interaction possibilities.
Design iterations of Olo’s case, slider design, and different color variations for the powder coating.
We created a custom control board that integrates a capacitive touch chip, motor driver, and voltage regulator to interface with a Raspberry PI and enable the slide to provide rapid input and output as it is interacted with.
Olo’s case is comprised of powder coated sheet metal and mahogany wood to create a long-lasting, high quality finish.
All design choices aimed to evoke an aesthetic that references vintage stereo receivers, while departing enough to suggest that Olo Radio is a new kind of music player.
Interaction Design
Olo Radio explores different temporal interaction modalities to enable the user to interact with music from their past through both chronological (Life) and non-chronological (Day, Year) timeframe modes. Different modes can be selected and toggled by the knob next to the motorized linear slider. The specific position of the slider is encoded to a specific ‘point in time’ in the user’s past that is relative to the timeframe mode. Olo Radio allows for listening across time, seasons, and years of one’s life in ongoing, evolving ways.
Explore Olo Radio
Navigate through time
Turn to explore three different forms of time: life, date, & time
Turn on Olo and adjust the volume
Long-Term Field Study of Olo Radio
Study Goals
We aimed to ① Investigate the reflective potentialities of personal data for memory-oriented music listening as well as ② empirically explore conceptual propositions related to slow technology.
Research Process
We hand crafted a small batch of 6 Olo Radio research products and put 5 into 5 separate households for 8 months. Each Olo Radio contained years (if not over a decade) of the user’s personal digital music listening history.
All five Olo Radios were sent out wrapped protective felt along with an instruction manual that illustrates the timeframe modes it can play.
Participant Stories
Outcomes & Implications
Developing strategies to design everyday technologies that express representations of digital data that meaningfully evolve and change over time presents important opportunities and challenges. Through a critical reflection on findings emerging across our design and study of Olo Radio, we highlight challenges that come with this emerging space and insights into how they could be better grappled with in design research and practice.
Olo Radio Short Documentary Film
The Design Research Works documentary film team visited the Homeware Lab to create a short film documenting the Olo Radio design.
On the Design of OLO Radio: Investigating Metadata as a Design Material
- William Odom,
- Tijs Duel
Exploring the Reflective Potentialities of Personal Data with Different Temporal Modalities: A Field Study of Olo Radio
- William Odom,
- Min Yoo,
- Henry Lin,
- Tijs Duel,
- Tal Amram,
- Amy Chen
Extending a Theory of Slow Technology for Design through Artifact Analysis
- William Odom,
- Erik Stolterman,
- Amy Chen
Illustrating, Annotating & Extending Design Qualities of Slow Technology
Acknowledgments
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The Natural Sciences and Engineering Research Council of Canada (NSERC), Social Sciences and Humanities Research Council of Canada (SSHRC), Canada Foundation for Innovation (CFI), and Irving K. Barber British Columbia Scholarship Society supported this research.