Wei Tan

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About

Wei Tan is a researcher advancing the field of environmental sensing and robotics, with a primary focus on intelligent gas source localization and artificial olfactory systems. Their most impactful work, "Emission source tracing based on bionic algorithm mobile sensors with artificial olfactory system" (2021), has garnered 16 citations, demonstrating its influence in addressing critical safety challenges. Tan’s major contribution lies in developing a mobile robot system that integrates bionic algorithms with artificial olfaction to autonomously trace hazardous chemical leaks in outdoor environments. This innovation enables real-time identification of unknown leakage locations and gas compositions, offering a transformative approach to preventing explosions and toxic exposures. By mimicking biological olfactory mechanisms, Tan’s work bridges robotics, sensor technology, and environmental safety, providing a practical solution for industrial hazard management. Their research not only advances autonomous mobile sensing but also underscores the potential of bio-inspired algorithms in complex, real-world scenarios. Tan’s achievements highlight a commitment to enhancing public safety through cutting-edge, interdisciplinary engineering, making their work a valuable reference for researchers in robotics, environmental monitoring, and chemical safety.