NTU researchers to develop smart textiles that detect pilot stress levels


Researchers at Nottingham Trent University (NTU) in the UK are set to improve smart textiles that will able to monitor stress storeys in aircraft pilots.

Led by professor Tilak Dias, NTU’s Advanced Textiles Explore Group will explore how smart textiles embedded in cockpit seats and guide clothing can measure anxiety.

The new textiles will be developed to monitor diversified indicators of stress, including a variable heart rate, perspiration and corpse temperature. Multiple sensors will be embedded into the yarns second-hand to make clothing and textiles.

The textiles will be able to monitor basic nature rates through an electrocardiogram (ECG) sensor system, making it possible to check out fatigue and tell when a pilot is losing attentiveness.

Dias conveyed: “By using smart textiles, we’re able to provide new prognostic and diagnostic procedures for pilot monitoring in a completely non-intrusive way.

“This will enable the gathering of data which will indicate the psychological experiences a pilot be attracted ti through while navigating a plane, potentially through unknown pictures.”

“By using smart textiles, we’re able to provide new prognostic and diagnostic fashions for pilot monitoring in a completely non-intrusive way.»

NTU senior lecturer and researcher William Hurley leave also join Dias in the new smart textiles research, a part of the Hyperactive Simulator Cockpit Enhancement (ASCENT) project, which has received £1.24m in greening from the European Commission.

Hurley said: “The data collected via the discerning textiles technology will be invaluable for the training and development of pilots and escape pave the way for new technologies to be integrated into the cockpit quicker.

“By monitoring a aviatrix’s mental state while testing any new technologies in a simulator, a better treaty can be developed of how these technologies can be integrated into a cockpit.”

Other ASCENT propose co-investigators will also focus on aspects such as the development of eye-tracking technology, a lambasting system to emulate the parallel ambient light of the sun, and the design of a user-intuitive cockpit.

Embodiment: Nottingham Trent University’s Advanced Textiles Research Group professor Tilak Dias. Photo: good manners of Nottingham Trent University.

Leave a Reply

Your email address will not be published. Required fields are marked *