Description
INTRODUCTION
THE scaling of device technologies has made possible significant increases in the embedding of computing devices in our surroundings. Embedded microcontrollers have for many years surpassed microprocessors in the number of devices manufactured. The new trend, however, is the networking of these devices and their ubiquity not only in traditional embedded applications such as control systems, but in items of everyday use, such as clothing, and in living environments. A trend deserving particular attention is that in which large numbers of simple, cheap processing elements are embedded in environments. These environments may cover large spatial extents, as is typically the case in networks of sensors, or may be deployed in more localized constructions, as in the case of electronic E-Textiles.
E -Textiles Seminar Report
Page Length : 18
Content :
- Introduction E-Textile
- Benefits of E- Textile.
- Making Of E -Textiles
- Properties Of E- Textiles
- Research Work.
- Applications
- Future Prospects
- Summary
- Conclusion
- References
E -Textiles Presentation Report (PPT)
Page Length : 11
Content :
- Introduction E-Textile
- Benefits of E -textile.
- Properties of E- textiles
- Applications
- Future prospects
- Summary
- Conclusion
- References
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