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Next-Gen Human-Computer Interaction: Flexible Bimodal Sensors Merging Tactile and Bioelectrical Perception

The rapid advancement of intelligent human-computer interaction (HCI) systems has created an urgent demand for next-generation sensing technologies. To be truly effective, modern interfaces must seamlessly integrate with the human body, possessing the unique capability to simultaneously decode multidimensional physiological data and physical movements. A groundbreaking study by a collaborative research team including Ziqi Wang, […]
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APA 7th Edition

Taiwo Adeboye (2026). Next-Gen Human-Computer Interaction: Flexible Bimodal Sensors Merging Tactile and Bioelectrical Perception. Home of Research Journal.

MLA 9th Edition

Taiwo Adeboye “Next-Gen Human-Computer Interaction: Flexible Bimodal Sensors Merging Tactile and Bioelectrical Perception.” Home of Research, 2026.

Harvard

Taiwo Adeboye (2026) Next-Gen Human-Computer Interaction: Flexible Bimodal Sensors Merging Tactile and Bioelectrical Perception, Home of Research.

Chicago Style

Taiwo Adeboye “Next-Gen Human-Computer Interaction: Flexible Bimodal Sensors Merging Tactile and Bioelectrical Perception.” Home of Research. 2026.