🔍 Research Focus:
Dr. Wan’s research focuses primarily on metal ion detection in zinc solutions, spectral analysis, and the integration of neural networks for enhanced detection models. He is particularly skilled in designing systems that mitigate interference in analytical processes, such as temperature fluctuations, using machine learning. His interdisciplinary expertise also extends to image processing, applied in innovative systems like human posture recognition, showcasing his diverse technical abilities.
🏆 Honors & Awards:
National Scholarship (China) 🥇: Awarded for academic excellence and research contributions at the national level.
Baosteel Excellent Student Award 🎖️: Recognition for exceptional academic and research performance in engineering.
First Prize in the National College Student Mathematical Modeling Contest 🏆: Demonstrating his problem-solving abilities through mathematical modeling.
Second Prize in the National College Student Energy Saving and Emission Reduction Competition 🌍: Recognized for his work on sustainable technologies and environmental conservation.
💼 Professional Experience:
Dr. Wan has extensive experience in embedded software and hardware design, working on automated detection systems for industrial applications such as zinc hydrometallurgy. His expertise spans across the development of cutting-edge tools for metal ion concentration detection and other analytical technologies. His professional work emphasizes creating systems that are both efficient and highly accurate, aligning with the demands of modern industrial processes.
📚 Top Noted Publications :
“A Fitting Method of Unlabeled Interference for Spectra Based on Multi-Stage Cross Optimization” (Measurement, IF 5.2): Developed a novel method to optimize spectral analysis under complex interference conditions.
“A Cobalt Ion Concentration Detection Model via a Novel Contrastive Neural Network” (Microchemical Journal, IF 4.9): Proposed an innovative neural network model to improve cobalt ion detection, overcoming temperature interference.
“Automatic Detection System with Efficient Sample Preparation for Cobalt Ion Concentration” (Microchemical Journal, IF 4.9): Designed an automated system for accurate cobalt detection in zinc hydrometallurgy.
“Human Sleeping Posture Recognition Based on Sleeping Pressure Image” (IEEE Sensors Journal, IF 4.3): Applied image processing techniques to develop systems for posture recognition, highlighting his versatility in research.
“Hip Positioning and Sitting Posture Recognition Based on Human Sitting Pressure Image” (Sensors, IF 3.4): Investigated sitting posture recognition through pressure imaging, reflecting his contributions to human-machine interaction systems.
Conclusion: