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Exploring ambient and artistic visualization for residential energy use feedback.
1School of Interactive Arts + Technology, Simon Fraser University. johnny.rodgers@gmail.com
IEEE Transactions on Visualization and Computer Graphics
|October 29, 2011
Summary
Ambient artistic visualizations effectively provide home energy consumption feedback. Designing these pervasive computing devices requires considering pragmatic, aesthetic, ambient, and ecological factors for user acceptance and environmental conservation.
Area of Science:
- Human-Computer Interaction
- Environmental Science
- Sustainable Design
Background:
- Effective feedback on household resource consumption is crucial for environmental conservation.
- Ambient and artistic visualizations offer a promising approach for residential energy feedback.
- Pervasive computing enables integrating feedback devices into the domestic environment.
Purpose of the Study:
- To explore the viability of ambient and artistic visualizations for residential energy consumption feedback.
- To identify design requirements for effective in-home resource feedback devices.
- To assess user perceptions of such feedback mechanisms within the domestic context.
Main Methods:
- Development of three abstract visualizations for resource consumption feedback.
- Formulation of four key design requirements: pragmatic, aesthetic, ambient, and ecological.
- Conducting a mixed-methods user study to evaluate the proposed visualizations and requirements.
Main Results:
- Ambient and artistic visualizations are a viable method for providing resource use feedback in homes.
- User study findings indicate the importance of both representational aesthetics and the context of use.
- The proposed design requirements (pragmatic, aesthetic, ambient, ecological) are critical for device effectiveness.
Conclusions:
- Ambient and artistic visualizations represent a promising avenue for promoting energy conservation through informed decision-making.
- Future designs must prioritize aesthetic appeal and seamless integration into the domestic environment.
- User-centered design, considering the nuances of the home context, is essential for successful pervasive computing feedback systems.
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