Pinglin Zhang

Papers

Total Citations

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About

Pinglin Zhang is at the forefront of precision agriculture, specializing in intelligent greenhouse management and sensor-driven crop production. Their most-cited work, "Autonomous Greenhouse Cultivation of Dwarf Tomato: Performance Evaluation of Intelligent Algorithms for Multiple-Sensor Feedback," has garnered 6 citations since 2025, marking a significant early-career contribution to data-driven horticulture. Zhang’s research addresses a critical challenge in modern agriculture: how to integrate multiple sensor inputs—including climate, soil moisture, and plant health metrics—into autonomous control systems that optimize resource use and yield. By evaluating intelligent algorithms for feedback loops, Zhang provides a framework for transforming high-tech greenhouses into fully automated, efficient production factories. This work is particularly relevant as global demand rises for sustainable, high-nutrient food production with minimal water and energy waste. Zhang’s contributions bridge the gap between agricultural science and artificial intelligence, offering practical solutions for the next generation of smart farming. Their research not only advances theoretical understanding of sensor fusion but also delivers actionable protocols for growers, positioning Zhang as an emerging leader in autonomous cultivation systems.