Respo

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  • Interested in doing something physical with data and using informatics as part of a user experience. And I would like to use it to logically and conceptually relate to and represent the data.
    Nathalie miebach building data collecting devices that extract weather data from specific environments. Living on Cape Cod at the time, I went to Herring Cove Beach for 18 months on a daily basis, rain or shine, to observe and record the interaction between weather and environment. The data was then compared to historical and global trends in weather and finally translated into a series of sculptures.
    Silent Arias, Roaring Applause
    Wood, data
    55” each wheel, 11 ‘ across, 2008
    Of all the characters that make up weather, I consider the wind to be the prima-donna of the cast. While the forces behind weather are mostly invisible, the wind made its presence known through all sorts of visible signs, from the way the ocean behaves, the type and speed of clouds, the way the birds fly and behave, to how long I could endure it out there on the beach.
    I’d like for it to be interactive
  • I am collecting air quality data.
    Air is made up of:
    Dry air contains roughly (by volume) 78.09% nitrogen, 20.95% oxygen, 0.93% argon, 0.039% carbon dioxide, and small amounts of other gases. Air also contains a variable amount of water vapor, on average around 1%.
    Indoor air can contain other elements, like vocs
  • Research done by nasa proving the benefit in using plants to filter indoor air quality.
    I want to extend the research into other plants, probably moss, MAYBE bromeliads and compare the effectiveness.
    Creating two contained environments with air blowing into them - study and control. Study will blow the air through a tunnel of moss and the control will just blow the air in.
    The sensors I am using:
    O2, co2, voc, temperature and humidity
  • Through phyto-aeration and filtration, moss improves indoor air quality and will create a more hospitable environment for people to breathe.
    I think that the air what we breathe will influence the way we breathe.
  • Linda Stone’s writing
    NASA research…
    Phytoremediation walls - laurent corradi
    Andrea is a beautiful air filter by matthieu lehanneur amd david edwards
    Kelly Dobson’s OMO
  • My project is Interactive, Real time data collection with a feedback loop.
    Using moss, Possible interactions:
    One omo-like piece that combines all of the data and
    With a bi-directional stepper motor and 2-3 pieces of moss sewn into a planting media the respo will “breathe” based on DIFFERENCE in the concentration of Vocs or o2 in the two contaniners the breathing will be faster or slower.
    If the concentration of VOCs is HIGH or the concentration of the o2 is high,
    MossBOTS pieces that represent the individual data streams and interact in a certain way within a space. Moving
  • MossBOTS pieces that represent the individual data streams and interact in a certain way within a space. Each piece of moss is one of the
  • MossBOTS pieces that represent the individual data streams and interact in a certain way within a space. Each piece of moss is one of the
  • MossBOTS pieces that represent the individual data streams and interact in a certain way within a space. Each piece of moss is one of the
  • Respo

    1. 1. RESPO Expression Frameworks Hana Marie Newman 11.1.2010 QuickTime™ and a decompressor are needed to see this picture.
    2. 2. QuickTime™ and a decompressor are needed to see this picture. Physical representations of data
    3. 3. QuickTime™ and a decompressor are needed to see this picture. Quality Data
    4. 4. Sensing Data
    5. 5. Hypothesis Through phyto-aeration and filtration, moss improves indoor air quality and will create a more hospitable environment for people to breathe. I think that the air that we breathe will influence the way we breathe.
    6. 6. Inspiration QuickTime™ and a decompressor are needed to see this picture. QuickTime™ and a YUV420 codec decompressor are needed to see this picture.
    7. 7. RESPO Idea 1: Breather
    8. 8. RESPO Idea 2: MossBots QuickTime™ and a YUV420 codec decompressor are needed to see this picture.
    9. 9. RESPO Idea 2: MossBots QuickTime™ and a YUV420 codec decompressor are needed to see this picture.
    10. 10. QuickTime™ and a decompressor are needed to see this picture. Feedback
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