Results 1 - 12 of 12
Project Persons Year Tags
Air Guitar (CSIRO) motion, sensor, textile, audio
The air guitar works by recognising and interpreting arm movements and relaying this wirelessly to a computer for audio generation. There are no trailing cables to get in way or trip over. Textile motion sensors embedded in the shirt sleeves detect motion when the arm bends - in most cases the left arm chooses a note and the right arm plays it.
CTIA (CTIA) manufacturers, mobile radio, personal communication services, cellular, wireless communications, international organization, wireless data, communication capabilities
CTIA-The Wireless Association, is an international nonprofit membership organization founded in 1984, representing all sectors of wireless communications ñ cellular, personal communication services and enhanced specialized mobile radio.
Intimacy Daan Roosegaarde (V2_, Studio Roosegaarde) 2009 smart foils, electronic art, fashion, wireless, wearable, garments, social, interaction
Intimacy, developed by Studio Roosegaarde and V2_Lab, is a project that straddles the world of fashion, wearables and the electronic arts, while exploring the relation between technology and intimacy in contemporary tech-society. The project consists of high-tech garments made with wireless, interactive technologies and smart foils, which can become transparent.
Keyboard Trousers Erik De Nijs 2009 nerd, geek, fun, wireless, keyboard, garment, wearable, concept, young
Concept born with a combinations of two products, for create a new kind of product. The jeans have all the important computer stuff (like a mouse, keyboard and the speakers) in it. You didnít have to be stiff behind your screen, but you can move in any position you want because the keyboard would be in the same place.
Kickbee Corey Menscher 2009 wearable, interaction design, easy, fun, pregnant mother, Vibration sensors, product, fabric, confort, microcontroller, garment, kick, Twitter, family, message
The Kickbee is a stretchable band worn by a pregnant mother. Vibration sensors are attached directly to the band, and are triggered by movement underneath. The band and electronics are covered in a soft fabric cover for design and comfort. A microcontroller in the garment captures the movement and transmits the signals wirelessly to a computer running a custom application.
LoVid Tali Hinkis, Kyle Lapidus patchworks, digital prints, sculptures, live video installations, artist, interdisciplinary, media projects, performances, video recordings
LoVid is an interdisciplinary artist duo composed of Tali Hinkis and Kyle Lapidus. Our work includes live video installations, sculptures, digital prints, patchworks, media projects, performances, and video recordings. We combine many opposing elements in our work, contrasting hard electronics with soft patchworks, analog and digital, or handmade and machine produced objects. This multidirectional approach is also reflected in the content of our work: romantic and aggressive, wireless and wire-full. We are interested in the ways in which the human body and mind observe, process, and respond to both natural and technological environments, and in the preservation of data, signals, and memory.
Making Things (Making Things) 1998 online store, Design/architecture and implementation of desktop, diy, embedded system, Analog and digital circuit design, web applications, Art & Technology, schematic capture, parts sourcing & design for manufacture, PCB layout, mesh networking, Sensor, sensor networks, relay, motor, interface and integration., Physics and Electrical Engineering, Architecture, Product & Industrial Design, Music Technology, Interaction Design & Rapid Prototyping, Wireless device development
in 1998 by a talented design & engineering duo, and surrounded by an experienced team of developers and project managers, MakingThings specializes in the rapid prototyping and development of digital devices, exhibits and environments. We're particularly adept at building, and helping others to build, complex projects that combine software with electronics and that integrate a wide variety input and output devices (such as sensors, motors, and more).
Making Things Talk Tom Igoe 2007 electronic components, diy, ebook, book
Through a series of simple projects, this book teaches you how to get your creations to communicate with one another by forming networks of smart devices that carry on conversations with you and your environment. Whether you need to plug some sensors in your home to the Internet or create a device that can interact wirelessly with other creations, Making Things Talk explains exactly what you need.
Moondial-Fashionable Technology Sabine Seymour 1998 technology, prototypes, intelligent clothing, research, workshop, branding, wireless technologies in clothing, fashion design, networking, wearable products
In 1998 Sabine found Moondial Inc in New York, which resulted from her research and role as an educator, and her previous engagements with Razorfish, R/GA, and Hewlett-Packard. Projects focus on fashion, design, branding, and technology. They include prototypes for intelligent clothing, concepts and creative direction for online or networked environments, strategies for the integration of wireless technologies in clothing and equipment, go-to-market strategies for wearable products, and trend scouting. Since 2005 Moondial is based in Vienna with an office in New York
Studio subTela Barbara Layne (Hexagram Institute) institute, research, visual art, engineering, intelligent clothing, smart fabrics
Barbara Layne is the Director of Studio subTela at the Hexagram Institute where she works with a team of graduate students from Visual Arts and Engineering at Concordia University and a variety of international collaborators. The Studio is focused on the development of intelligent cloth structures for the creation of artistic, performative and functional textiles. Natural materials are woven in alongside microcomputers and sensors to create surfaces that are receptive and responsive to external stimuli. Controllable arrays of Light Emitting Diodes present changing patterns and texts through the structure of cloth. Wireless transmission systems have also been developed to support real time communication. In both wearable systems and site related installations, textiles are used to address the social dynamic of fabric and human interaction.
Switch Craft: Battery-Powered Crafts to Make and Sew Alison Lewis, Fang-Yu Lin 2008 book, DIY, craft, fashion, geek, girls
F.I.T. meets M.I.T. in Switch Craft, a book of 20 ultra-modern projects that are equal parts fashion and function. From a skirt that can streak trails of light on the dance floor to a laptop sleeve thatís the first to know when you're in a Wi-Fi zone, these projects are made for the wired (or wireless) world. Without sacrificing style or being more complicated than sixth-grade science class, they integrate lights, vibration, and sound with sewing to create edgy, attractive accessories and clothing. So if youíre ready to take your crafting not only to another level but another frontier, let Switch Craft bring your handiwork into the twenty-first century.
Wireless Sensor Networks Marco Zennaro, Claro Noda, Muneeb Ali, Antonio Ruzzelli events, sensor, wireless, wearable technology, sensor, news, blog, conferences, networks
This is a blog on Wireless Sensor Networks. We will cover new products, the latest papers, new books, applications of wsn, conferences.