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Follow on Google News | Graduate Thesis Project on Wearable Technology Based on The Behavior of a Nearly Extinct AnimThree graduate students at the Cal State University East Bay Multi-Media Graduate program in Hayward, are embarking upon a smart clothing graduate thesis project based on the rare Komodo Dragon monitor lizard of Indonesia.
By: Graziela Camacho The project is an experiment using wearable e-textile technology to develop a game for playful individuals interested in an uncommon form of artificial pet interaction for companionship and enjoyment. The prototype consists of a long sleeved garment embedded with sensors, fabric controllers and an LED display on the front which is all controlled using a cell phone and wireless technology. Interaction with other Kimono Dragon garment wearers is also made possible, thus, making this project a sophisticated application of wearable technology to create a fun and emotionally engaging experience for the player (the wearer). The project aims to create 3 smart garments by June of 2010 that are embedded with digital LED Komodo Dragon pets and is reactive to its wearer’s gestures as well other players. The team is currently exploring the possibility of developing this project using existing technologies (such as LED displays) with student licensing permission for educational purposes or building their own LED pet display. Due to the high cost of electronic components, one garment alone can cost anywhere between $324 to $612 dollars. Multiply that by three and the total budget goes well over the $900.00 already obtained for the project. In addition, financial cutbacks at the University are impeding the availability of Faculty advisors due to furloughs. To become a sponsor of the project by donating or lending electronical components or materials, please contact Graziela Camacho at kimonodragonscsu@ # # # The Kimono Dragons is CSUEB graduate research project. It is an experiment using wearable e-textile technology to develop a game for playful people interested in an uncommon form of artificial pet interaction. End
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