Zhaonan Wang
AI, Urban Sensing, Spatial and Temporal Data Mining, Mobility Dynamics, Traffic Network Dynamics
AI, Urban Sensing, Spatial and Temporal Data Mining, Mobility Dynamics, Traffic Network Dynamics
Risk Analysis and Management Owner's Representation / Project Success Construction Project Management Building Information Modeling (BIM)
Exploratory research on novel schemes for electromagnetic launchers. Analysis and development of an area substation load model to include the effect of harmonics. Study, design and construction of…
Nanotechnology, Solid State Physics, Electron Tunneling Phenomena Graphene Superconductivity Electron Tunneling Spectroscopy Solar Cells and Alternative Energy
Sound/music computing and technologies signal processing machine learning urban science
Natural disaster modeling, resilience of cities, earthquake engineering, urban, sustainability
algorithmic fairness, anti-discrimination, machine learning policy, deep learning, responsible AI
cancer, computational biology, genome integrity, genomics, microbiology, pharmacology, stem cell biology, systems biology, yeast, retrotransposon
Intelligent Power Supply in Wireless Sensors, RF DC-DC Converter Controller, SHE-PWM Technology in Single Phase Active Power Filter, Phase Angle as an Additional Indicator of Imminent Voltage…
-End-of-life mechanisms -Separation processes and mechanisms -Device manufacturing and testing
Computational learning theory, Machine learning, Algorithms, Complexity theory, Discrete mathematics
Massive MIMO (Multiple-Input Multiple-Output), Wireless communications technology,
Energy and process systems engineering, optimization modeling, low-carbon energy technologies, life cycle and techno-economic assessment
Her research interests include monitoring, modeling, and control of multimodal transportation systems, considering new technologies and data sources.
Ultra-high performance concrete (UHPC); accelerated bridge construction (ABC); vision-based structural health monitoring; multi-scale experimental structural testing; hybrid simulation; performance…
Microfluidic and MEMS devices for biomedical applications, point of care diagnostics
Machine Learning and Data Mining, with a particular focus on Graph Machine Learning, Foundation Model, Multimodal Learning, and Applications in Bioinformatics and Healthcare.
Tunneling automation, natural threat risk assessment, soil erosion, stochastic modeling
Software analysis and testing
Phase separation in polymer blends and solutions, gelation, conductive polymers Biosensors
Bioanalytical and biophysical chemistry. Structure, function, and medical applications of the biomatrix surrounding cells, with special expertise in hyaluronan polysaccharide. Identification of…
Environmental psychology
Fundamental studies of self-assembled monolayers, surface engineering and interfacial phenomena including wetting, adhesion, and friction Polymers at engineered interfaces Materials for nonlinear…
Molecular Motion and Relaxation in Synthetic and Biological Polymers Dynamics of Glass Formers and Complex Fluids Nanocomposites in Electrical and Mechanical Fields
My general research interests: are in Scientific Computing, Computer Simulation and Large-Scale Nonlinear Constrained Optimization. In particular I am interested in developing methods to solve…
Plasmas for Medical and Industrial Applications Nonlinear Wave Phenomena in the Ionospheric and Magnetospheric Plasmas Microwave Plasma Interaction Plasma Aerodynamics
Spectroscopic characterization of aerosol particles Optical properties of micro-cavities Energy transfer in condensed matter Electron capture beta decay
Computer architecture, parallel processing, reconfigurable systems and nano systems
Research at the convergence of frontier technologies (robotics, augmented/virtual/mixed-reality, artificial intelligence, and blockchain) with applications to intuitive and natural human-robot…
Web search engines Scalable information retrieval Databases Distributed computation Algorithms Data compression Parallel Computation Experimental Algorithmics
Communication, Modulation and Coding, Digital Signal Processing, Speech Quality
Wireless Communications, Software Radio, RF and Microwave Components, Antenna Design, Analog Circuit Design
Computer Graphics and Visualization: big data analysis and visualization, out-of-core graphics and scientific visualization, isosurface extraction, surface simplification and view-dependent rendering…
chondrocyte and osteoblast biology and differentiation, molecular mechanisms regulating physiological and pathological mineralization, osteoarthritis, health
Trustworthy Hardware Nanoscale Architectures Nano-enabled Security and Assurance Computer Aided Design of Fault-Tolerant VLSI systems Cybersecurity
Single-cell Biology, Gene Expression, Spatial Transcriptomics, Systems Microscopy, Single-molecule imaging, Image Analysis, Deep-Learning, Optogenetics
Polymer physics, composite materials, rheology, nonequilibrium thermodynamics, interfaces, industrial processes, machine learning
Visualization and Graphics, Geometric Computing, Data Science, Urban Computing, Sports Analytics
Biomedical Optics, Biomedical Spectroscopy, Optical Coherence Tomography (OCT); Photoacoustics; Optical-based Smart and Miniaturized Systems; AI-aided optical diagnostics and imaging.
My research interests include optimal transport, stochastic control, and their applications in machine learning, such as diffusion models and reinforcement learning.