This paper presents a novel ultra-thin flexible sensor patch with modular-designed structure to integrate pressure,
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Driven by the profound convergence of the Internet of Things (IoT) and ubiquitous
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Among the possible applications enabled through access to modular extracellular sensor architectures for engineering
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Using flexible electronics and setae modules, the authors develop small and adaptable soft
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Multimodal sensing technology is transforming environmental monitoring through the integrated acquisition of diverse
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Despite the impressive achievements of NW-based wearable sensors, multifunctional perception of various stimuli is
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With the rapid development of intelligent and autonomous systems, such as wearable health monitoring and
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The integrated sensing platform exhibits a fast response time (34 ms) and excellent stability (over 1000 cycles).
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Miniature soft robots with elaborate structures and programmable physical properties could conduct
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Our miniature pressure sensors, made entirely of stainless steel, cover temperatures from -55 to +250°C, pressures from 2 to
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In this paper, based on the principle of triboelectrification and electrostatic induction, a miniature tactile sensor (MTS)
Free Quote A pigeon-eye-inspired multimodal high-resolution tactile sensor, combined with a tactile language model, allows
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Bioinspired by ants, spiders, mosquitoes, and lotus leaves, a bionic multifunctional (BMF)
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By using liquid metal electrodes and selectively doped self-healing materials, the authors
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Then, the hybrid piezoresistive/piezoelectric sensing platform was experimentally implemented for static pressure persistence and
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One of the innovations of this project is a sensor element that enables the combined measurement of vibration (V) and shock (S) by
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Integration of sensor systems is producing devices for use outside the laboratory by users without sophisticated technical training for
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Multifunctional sensors are getting widespread acceptance in a variety of fields. This paper provides a review of
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Stimuli material-based soft actuators is an ever-growing field, offering innovative solutions to the complex challenges
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The details of electrical, biocompatible, and mechanical properties of self-powered sensors
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Inspired by the origami method and modular design, we have constructed the multifunctional quadrupedal soft
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This review focuses on the multifunctional sensors for mechanical stimulus and environmental information, such as
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Multifunction sensors can adapt to the mission need and scenario and dynamically support ISR, targeting,
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We discuss materials and architectures for microbatteries and their fabrication methods. We also discuss energy
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This study presents a piezoelectric-driven miniature robot system based on a modular reconfigurable design. The robot
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This paper presents ModuLab, a modular, low-cost sensor platform designed to simplify real-time environmental
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As proof-of-concept demonstrations of multifunctional soft robots, we introduce temperature and ultraviolet (UV) light
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Soft robots, characterized by compliance, adaptability, and multimodal responsiveness, represent a rapidly advancing
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