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Textile electrodes and integrated smart textile for reliable biomonitoring
2011 Annual International Conference of the IEEE Engineering in Medicine and Biology Society, 2011Since birth the first and the most natural interface for the body is fabric, a soft, warm and reassuring material. Cloth is usually covering more than 80 % of the skin; which leads us to consider textile material as the most appropriate interface where new sensorial and interactive functions can be implemented.
R, Paradiso, M, Pacelli
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2017
Textile sensors have attempted to measure heart rate, respiratory rate, as well as moving performance. The characteristics of conductivity and elasticity of textile are used to measure angle and performance. In this chapter, the principles of motion analysis using conventional optical method, inertial sensors, and textile sensors are briefly presented.
Rita Paradiso +2 more
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Textile sensors have attempted to measure heart rate, respiratory rate, as well as moving performance. The characteristics of conductivity and elasticity of textile are used to measure angle and performance. In this chapter, the principles of motion analysis using conventional optical method, inertial sensors, and textile sensors are briefly presented.
Rita Paradiso +2 more
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Introduction to Smart Textiles
2017This chapter introduces fundamental concepts related to wearable computing, smart textiles, and context awareness. The history of wearable computing is summarized to illustrate the current state of smart textile and garment research. Subsequently, the process to build smart textiles from fabric production, sensor and actuator integration, contacting ...
Stefan Schneegass, Oliver Amft
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2011
This chapter introduces smart textiles and explains how textile materials and structures can be used as sensors, actuators, communication devices, energy sources and storage tools, and even processors. Conductive materials serve as the base for smart textiles.
Lieva Van Langenhove +2 more
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This chapter introduces smart textiles and explains how textile materials and structures can be used as sensors, actuators, communication devices, energy sources and storage tools, and even processors. Conductive materials serve as the base for smart textiles.
Lieva Van Langenhove +2 more
openaire +1 more source
Energy Harvesting Smart Textiles
2017The ever-increasing population of the world is putting a significant demand on the need for multifunctional electronic devices and electricity to power them. This growing demand has led to an enhanced focus on the development of energy harvesting techniques based on renewable and ambient sources.
Derman Vatansever Bayramol +5 more
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