Wearable tech: Couches that emote, mood-reading skirts and LED dresses - TechRepublic

Wearable tech: Couches that emote, mood-reading skirts and LED dresses

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    MUVIB

    MUVIB is the cross between music and vibration. It’s a dual wristband design intended to cross the perception of audio with touch to create a complete perception. Although created for the deaf, the guiding concept of Design for All renders the final prototype usable by many different user groups.

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    A couch that emotes

    TechRepublic Senior Editor Teena Hammond tried out the EmotoCouch, a project from Microsoft Research on display at  ISWC 2014 in Seattle. The couch emotes various emotions when people sit on it. One person sits down and it turns pink and purrs softly, and if two people sit down, it purrs more loudly and changes colors.

    TechRepublic\/Teena Hammond
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    Ballet Hero

    The Ballet Hero garment is a learning tool created for adult beginners of ballet. It provides visual feedback to the wearer that convey errors in the essential movements of ballet. This design won the award for Functional Design for ISWC 2014.

    TechRepublic\/Teena Hammond
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    Digital Lace

    Digial Lace is a novel, multifacted textile that dynamically combines thermochromatic dyes with specialized constructed textiles. Digital Lace won the award for Best Fibre Arts for ISWC 2014.

    TechRepublic\/Teena Hammond
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    S.A.R.A.

    S.A.R.A. (Synesthetic Augmented Reality Application) won Best Aesthetic Design for ISWC 2014. S.A.R.A. explores the potential of using a mobile device as a unique and wearable musical interface by way of audio and video.

    TechRepublic\/Teena Hammond
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    TellMe

    TellMe was designed to treat Autism Spectrum Disorder (ASD) symptoms in boys by encouraging them to speak out and express themselves while playing with and enjoying the clothing. A child wearing the garment can naturally learn and practice how to express his feelings, emotions and opinions.

    TechRepublic\/Teena Hammond
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    Baroesque Barometric Skirt

    This barometric skirt offers dynamic data visualization. Rain Ashford, who created the skirt, said, “it has a barometric sensor. I’m taking that data and reflecting it in color as well as the temperature of the wearer.” The skirt is intended to look at the bigger picture of the data intertwined with the environment. The skirt features the likenesses of two weather gods from the Okami video game.

    TechRepublic\/Teena Hammond
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    IEAD

    This is IEAD (Innovative Explorations in Apparel Design to Create Engineered Outfits with Lighting Technologies). It was created by researchers at Cornell University.

    TechRepublic\/Teena Hammond
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    Flowers on a Pond

    This solar-powered LED dress works with two lighting models presented in a specialized pattern making system that accounts for these special technical requirements.

    TechRepublic\/Teena Hammond
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    Naero

    The Naero is described in the research paper by Marta\r\nCecconi, Giovanni Caputo, Beatrice Baruzzo and Rudy Faletra as a “wearable object that helps
    managing the physical exercise in a more efficient
    way.”

    The research paper said, “It is composed of two parts: a T-shirt made in a smart fabric that transforms the lactate present in sweat into energy and an electric circuit with an accelerometer and a Light Emitting Diode (LED) that
    works as interface. The purpose of Naero is to warn about the passage to the anaerobic respiration, and help the person who’s doing the physical activity to prevent muscle pain and tiredness. When the LED is on it means that the fabric is starting to produce energy from the sweat, and the comparison with the data of the accelerometer gives important information about the performance of the user. This smart object can help
    a varied target, from professional athletes to aged persons or people doing physical rehabilitation.

    TechRepublic\/Teena Hammond
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    Oiko-Nomic Threads

    Oiko-Nomic Threads is described in the accompanying research paper by Marinos Koutsomichalis, Afroditi Psarra and Maria Varela as a “collective art project for an algorithmically controlled knitting machine and open data.
    The installation represents a system commenting on the notion of work through the production of a textile in real-time. By means of rethinking, modifying and
    rede\fning the functionality of an obsolete knitting
    machine and employing \ffinancial data from the databases of the Greek National Manpower Employment O\u000eces as
    well as selected patterns inspired by Greek folk art, a textile is generated algorithmically. This way, the woven textile is to be understood as both a document of its own
    making as well as a dynamic base of archival resources which presents a computer-generated interpretation of the
    original \fnancial data.”

    TechRepublic\/Teena Hammond
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    Argot

    Argot is a wearable one-handed keyboard glove.

    TechRepublic\/Teena Hammond
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    Matrix

    The Matrix is a knitting textile made of two layers of fabric that incorporate conductive threads. Each layer has a structure that alternates conductor strips and isolating strips that give the material the resilience to get back in shape after a pressure solicitation. The Matrix was part of the E-Textile Swatch Exchange, which is a platform\r\nfor sharing physical work samples in the field of electronic textiles.

    TechRepublic\/Teena Hammond
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    Excuse Me

    This is a simple game designed to illustrated some slightly more advanced interactions with Arduino programming. Excuse Me was part of the E-Textile Swatch Exchange, which is a platform\r\nfor sharing physical work samples in the field of electronic textiles.

    TechRepublic\/Teena Hammond
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    Conductive Blackwork Pattern

    This Conductive Blackwork Pattern is based in medieval Egyptian “Blackwork” embroidery and has three conductive lines. It was part of the E-Textile Swatch Exchange, which is a platform\r\nfor sharing physical work samples in the field of electronic textiles.

    TechRepublic\/Teena Hammond
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    Exobag V0.1

    The Exobag V0.1 is a small Exobag LED. It operates on at a minimum of material cost. It was part of the E-Textile Swatch Exchange, which is a platform\r\nfor sharing physical work samples in the field of electronic textiles.

    TechRepublic\/Teena Hammond
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    Knitted Breadboard

    The Knitted Breadboard is part of a study into what extent punchcards can be used to knit electyronic. It allows you to test soft circuits in knotting, sewing or sticking them into the kitted piece and contains a line for power and ground and connection points. It was part of the E-Textile Swatch Exchange, which is a platform\r\nfor sharing physical work samples in the field of electronic textiles.

    TechRepublic\/Teena Hammond
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    Embedded Flexible LED Strip

    The Embedded Flexible LED Strip is part of a study into embedding the strips into felt using heat press vinyl and wool felt. It’s part of the Manifold Project by Meg Grant and Peter Tettelaar that explores “high DIY” ways of integrating flexible printed circuits with textiles. It was part of the E-Textile Swatch Exchange, which is a platform\r\nfor sharing physical work samples in the field of electronic textiles.

    TechRepublic\/Teena Hammond
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Teena Maddox

Teena Maddox is a VP at Brodeur Partners. She is a former Associate Managing Editor at TechRepublic. Teena's lifelong journalism career has included writing on staff for publications including People magazine, W magazine and Women's Wear Daily.