Micromachine Based Fabric Formation Systems
Link ID 128245
Title Micromachine Based Fabric Formation Systems
Url http://www.ntcresearch.org/pdf-rpts/AnRp98/f98-s12.pdf
Description Technical paper describing a National Textile Center research project aimed at developing fundamentally new approaches for the processing of fibers into textile structures using microelectromechanical systems (MEMS) technology.
Category Textiles and Nonwovens > Textiles > Resources > Articles and Studies > Smart Textiles
Keywords
Date Jul 19, 2006
Contact Name
Email
Add to My Favorite   Refer it to Friend   Report Broken Link  


 Other links at Textiles and Nonwovens > Textiles > Resources > Articles and Studies > Smart Textiles
1. Ambient Intelligence Visions and Achievements: Linking Abstract Ideas to Real-World Concepts
  Article reflecting the issues discused at the Special Session on Ambient Intelligence Visions and Achievements, bringing together the European Union's view on information technology, specifically novel computing substrates based on electronic textiles. Authors: Menno Lindwer and others.
Category:   Textiles and Nonwovens > Textiles > Resources > Articles and Studies > Smart Textiles


2. Computational Clothing and Accessories
  Technical paper about the development of clothing and clothing accessories which act as stand-alone computers, able to process, store, retrieve and send information. Authors: Woodrow Barfield and others.
Category:   Textiles and Nonwovens > Textiles > Resources > Articles and Studies > Smart Textiles


3. Human Powered Wearable Computing
  Technical paper exploring the possibility of harnessing the energy expended by humans during everyday action, to generate the required power for wearable computers. Author: Thad Starner.
Category:   Textiles and Nonwovens > Textiles > Resources > Articles and Studies > Smart Textiles


4. Wearable Computing Fundamentals
  Technical paper about the history, development and fundamental principles of wearable computers. Author: Steve Mann.
Category:   Textiles and Nonwovens > Textiles > Resources > Articles and Studies > Smart Textiles


5. Design of E-Textiles for Acoustic Applications
  Master of Science thesis focusing on the design of electronic textiles for acoustic signal processing applications, and presenting the design process and performance analysis of a large-scale beamforming fabric and a speech processing vest. Author: Ravi R. Shenoy.
Category:   Textiles and Nonwovens > Textiles > Resources > Articles and Studies > Smart Textiles




Home      New Listings      Editor Pick      Add a Listing      Update a Listing      Get Rated      Upgrade a Listing     Disclaimer
Copyright © internet-directory.com 1999-2023

Sponsors