A new computer integrated on a fiber contains eight devices that work together as a single computational entity. Scientists want to make several of these fibers so they can work together as integrated parts of intelligent clothing.
A team of scientists incorporated essential computing components in a single flexible fiber – which can be passed by the washing machine.
Researchers expect in the future to be able to weave many of these fibers in a cohesive network of “fiber computing” – That is, clothes with integrated smart abilities.
Intelligent textiles, also known as intelligent fabrics or e-textilesThese are materials that contain electronic components capable of enhancing the features of and other products.
These materials could, for example, be used to create clothing or displays produced with incorporated computational components, says the.
One of the first modern applications of this idea was the creation of in 2007 – a series of sewn electronic components, designed to be worn in interactive clothing, toys or sculptures.
One of the most significant limitations of those is that Computational capabilities Of individual fibers are very limited, and are not integrated with any components by themselves.
For not having components, basic tasks like interpret biological signs real -time become difficult – And it is complicated to capture signals for later data processing.
In the new, whose results were presented in an article recently published in the magazine Nano-Micro Lettersscientists managed to integrate sensors, communication, computing and storage in a single fiber.
Each elastic fiber also has 60% elasticity and can be washed on the machine – which means that could be used to weave practical clothes.
The new fiber also allows smart clothes or devices to have greatest precisionDue to multiple points detection and real -time interaction between the computer and the user, scientists explained in the study.
A single fiber reached 67% accuracy in the recognition of specific movements, while Four fibers to work together increased accuracy to 95%.
“This remarkable improvement highlights the immense potential for collaborative detection between multiple fibers and distributed reasoning, presenting a transforming approach to Intelligent Vestible Systems Which perfectly integrate computing located with network decision making, offering robust and high loyalty performance, ”say the study’s authors.
New studies in the future, emphasize researchers, can focus on the development of higher income communication protocols and lower latency, specifically adapted to this type of fiber computers.
