05/07/2025, 07:15 AM UTC
用于可穿戴设备的人工智能'电子鼻'AI “Electronic Nose” For Wearables
➀ 韩国大邱庆北科学技术院（DGIST）研发出基于激光加工石墨烯和氧化铈纳米催化剂的人工智能超薄“电子鼻”传感器，模拟人类嗅觉组合编码原理；
➁ 该柔性传感器阵列在香水与化妆品气味识别中准确率超95%，可应用于个人健康监测、环境污染检测及香水产业；
➂ 单步制造工艺使传感器具备可弯曲特性，经历3万次弯折后仍保持性能，适合集成于可穿戴设备与皮肤贴片。
➀ Researchers at DGIST developed an AI-powered ultra-thin "electronic nose" sensor using laser-processed graphene and cerium oxide, mimicking human olfactory combinatorial coding;
➁ The flexible sensor array achieves over 95% accuracy in identifying perfumes and cosmetics, with potential applications in healthcare, environmental monitoring, and fragrance industries;
➂ The one-step fabrication method enables bendable, wearable integration while maintaining performance through 30,000+ bending cycles.
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