SinoGreenTech Academic Portal
Official PDF TranslationSCIENCE CHINA Materials

Breathable all-textile pressure sensor with conductivity-modulable polypyrrole for deep learning-enhanced sensing

Authors: ZHAO Pengfei; ZHANG Yining; DAI Wei; LI Fangtao; MU Zitong; ZHANG Shukai; ZHANG Hongguang; HAN Su-Ting; ZHOU Ye

DOI: 10.1007/s40843-025-3753-yStatus: Verified Translated Edition
Sponsored AdvertisementAd Placement Area
reCAPTCHA Bot Shield Active

Preparing Secure Academic Download

Verifying human reader & generating high-resolution document...

Verifying Document Integrity15s remaining
← Back to Article
Protected by Google reCAPTCHA v3.PrivacyTerms
Sponsored ContentAdSense In-Feed Ad Slot

Key Findings in This Report

• • 1D-CNN achieves 99.6% classification accuracy on human motion datasets after 16 training epochs with loss convergence, enabling reliable real-time motion recognition for immersive capture and intelligent feedback systems. • • Under Gaussian noise with standard deviations of 150 and 200, the CNN model maintains 97.3% and 93.8% accuracy, respectively, demonstrating robust feature extraction and noise suppression critical for deployment in uncontrolled environments. • • Spraying 0.1 mL water on sensor surfaces yields 98.6% accuracy, confirming resilience to sweat and humidity—a key requirement for wearable health monitoring where perspiration is inevitable. • • The all-textile sensor eliminates metallic electrodes and petroleum-based polymers, using conductivity-modulable polypyrrole on cotton fabrics, which ensures biocompatibility, biodegradability, and breathability while maintaining high sensitivity and wide detection range.