Experienced in developing scalable network models and algorithms for various applications. Applications include power grid expansion with renewable energy, reliability and stability analysis of smart grid, demand-side management, PHEV integration to power grid, critical component identification in social and infrastructure networks, data model for transportation networks.Current research interests include developing machine learning algorithms for financial models, modeling networked data, and developing decomposition and reduction methods to solve large combinatorial optimization problems.Specialties: network models, large-scale optimization, stochastic optimization, graph algorithm, machine learning, network interdiction, data analytics.
Listed skills include Mathematical Modeling, Optimization, Renewable Energy, Algorithms, and 10 others.