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Cheng Chen
H指数:56
被引数:1.3万
个人简介
Currently an Assistant Professor at the Department of Electrical and Computer Engineering, the University of Hong Kong, and serves as the Principal Investigator of the Multimodal Health Intelligence Lab. Before joining HKU, The scholar was a postdoctoral research fellow at the Center for Advanced Medical Computing and Analysis, Harvard Medical School/Massachusetts General Hospital. The scholar received a Ph.D. from the Department of Computer Science and Engineering, The Chinese University of Hong Kong, and previously earned an M.S. from Johns Hopkins University and a B.S. from Zhejiang University, both specializing in biomedical engineering.
教育背景
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工作经历
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荣誉奖项
- Best Paper Award（2026）｜IEEE Image, Video, and Multidimensional Signal Processing Workshop (IEEE IVMSP)
- World's Top 2% Scientists on Stanford List（2025 & 2024）｜Stanford University
- IEEE TMI Distinguished Reviewer（2025 & 2024）｜IEEE
- Global Top 80 Chinese Young Female Scholars in Artificial Intelligence（2023）
- ESI Highly Cited Paper（2023）
- Winner, MICCAI Federated Brain Tumor Segmentation Challenge（2021）｜MICCAI
- AAAI Student Scholarship（2019）｜AAAI
- MICCAI Graduate Student Travel Award（2019）｜MICCAI
铝促进槲皮素积累以调节茶树根系对铝的敏感性阈值
新型多功能琼脂基阻垢剂协同控制膜污染并改善纳滤Li<sup>+</sup>/Mg<sup>2+</sup>分离
Desalination
IF9.8
地源热泵水平集管在冬季的协同优化与性能预测
Energy and Buildings
IF7.1
茶树转录因子CsART1激活铝转运蛋白CsALS3s以促进铝的吸收和耐受性
临界氢含量使无定形纳米复合材料实现巨磁卡效应和脆-韧转变
通过协同打印性能、可持续性、机械韧性和电气绝缘性定制用于立体光刻的生物基树脂
具有分级质量传递通道的Ti3C2Tx-聚吡咯复合水凝胶用于高效耐盐太阳能蒸发
Desalination
IF9.8
高山地区饮用水系统中极端降水引起的微生物学风险增加：从源头到水龙头
原子掺杂和空位诱导的局部对称性破缺以增强光催化选择性亚胺合成
土地利用强度对中国中央云南高原湖泊流域生态质量动态的影响
Water
IF3
饮水消耗导致母体PFAS暴露：从源头到代谢紊乱
Ga-NiS2@NiMo层状双氢氧化物异质结构的电子结构调控对增强电荷存储能力的影响
基于GF-2影像的覆膜地检测新方法
基于深度学习的SERS平台，用于无标记检测血清中celecoxib，采用ag@Pt@多孔硅布拉格反射镜复合基底
一石二鸟：由废聚苯乙烯衍生的高效交联聚合物实现碘和汞蒸气的级联吸收
室内环境中的微塑料和纳米塑料：当前认知与未来研究方向
通过M (M = MgO, Gd, and Pt) 掺杂Ti轨道霍尔通道增强轨道力矩效率和磁化翻转，以实现高效轨道电子器件
双阴离子调控的溶剂化结构使LiFePO4电池能够在超宽温度范围（−40–130 °C）下运行
界面电场调控S-型电荷转移在MIL-88A(Fe)/聚多巴胺异质结中：双氧化还原途径用于高效污染物矿化
