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Fiber Electronics for Wearable Interactive Systems
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AI
DOI：10.1039/D5TC01895A.png)
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Abstract
En 中文
The rapid development of smart materials; flexible electronics; and advanced textile technologies has accelerated the emergence of fiber-based electronic systems. The seamless integration of fiber electronics into textile substrates has given rise to interactive textile capable of realizing closed-loop “sensing-processing-feedback” functionalities. To achieve such integrated functionalities; interactive textiles typically comprise three essential components: sensing device for data acquisition; signal processing modules for real-time analysis; and output units for multimodal feedback delivery. This minireview provides a brief overview of the fundamental fiber-shaped electronic device utilized in interactive textile systems; with an emphasis on fabrication methodologies; functional design strategies; and system-level integration approaches. Representative applications in areas such as interactive displays; virtual and augmented reality; and personalized healthcare are discussed. Finally; key challenges and future directions are outlined to facilitate the realization of intelligent and fully integrated interactive textile systems.
Keywords:
fiber electronics
interactive textiles
sensing devices
signal processing
smart materials
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