Yi Jing

Papers

Total Citations

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About

Yi Jing is a pioneering researcher in haptic feedback systems and flexible electronics, with a focus on developing high-resolution tactile interfaces. Their major contribution lies in the creation of a tactile feedback display that integrates both spatial and temporal resolution, enabling precise electronic recording of touch contact and pressure. This work, published in 2013, features an active matrix pressure sensor array constructed from transparent zinc oxide thin-film transistors, paired with a tactile feedback display driven by diaphragm actuators made from an interpenetrating polymer elastomer network. Despite its modest citation count of 31, this paper represents a foundational step in merging transparent electronics with haptic technology, offering potential applications in virtual reality, medical simulations, and touchscreen interfaces. Jing’s research bridges materials science and human-computer interaction, demonstrating how novel elastomer networks and transistor arrays can create responsive, durable feedback systems. Their work underscores the importance of digital representation in haptic displays, paving the way for more immersive and intuitive user experiences. While early in impact, this contribution highlights Jing’s innovative approach to solving real-world tactile sensing challenges.