Chen Zhao
Natural Language Processing, in which the goal is to equip intelligent agents with reasoning capacities and make them reliable and robust in real scenarios.
Natural Language Processing, in which the goal is to equip intelligent agents with reasoning capacities and make them reliable and robust in real scenarios.
Machine Learning, Areas such as Deep Learning, AI for Science, Submodular Optimization, Computer Vision, and NLP.
Theoretical Computer Science, Learning-Enabled Combinatorial Optimization, Responsible AI and Optimization
Superconducting quantum circuits
Empirical Software Engineering, Crowdsourced Software Development, Collaborative and Competitive Systems, Decision Science, and Evolutionary Computation
Computational biology, systems biology, genomics, proteomics, microscopy, machine learning
network algorithms, network optimization, distributed control, edge computing, cloud networking, delay constrained networking, network slicing, service orchestration, distributed stream processing,…
Aerospace Propulsion, Energy Science, Reactive Flows, Combustion, Detonation, Hypersonics, High-Performance Computing, Computational Fluid Dynamics, Multi-Physics Computation
ACADEMICS | DEPARTMENTS | CIVIL URBAN AND ENVIRONMENTAL | RESEARCH | TRANSPORTATION
ACADEMICS | DEPARTMENTS | CIVIL URBAN AND ENVIRONMENTAL | RESEARCH | GEOTECHNICAL RESEARCH
ACADEMICS | DEPARTMENTS | CIVIL URBAN AND ENVIRONMENTAL | RESEARCH | ENVIRONMENTAL
The Urban Systems program brings together expertise and research excellence of NYU faculty in New York and across NYU's global campuses.
ACADEMICS | DEPARTMENTS | CIVIL URBAN AND ENVIRONMENTAL | RESEARCH | URBAN
Research Focuses on One of the Biggest Threats to Global Health Today: Antibiotic Resistance.
Mathematical Equations Will Deliver Energy-Efficient Exoskeletons to Give People with Disabilities a Natural Gait.
Humanoid Robot Named DARwIn Will Inform Applications from Prosthetic Limbs to Sporting Equipment Design.