Differential Privacy of Aggregated DC Optimal Power Flow Data. - Fengyu Zhou 001; James Anderson 001; Steven H. Low (ACC, 2019)

Sufficient Conditions for Exact Semi-definite Relaxation of Optimal Power Flow in Unbalanced Multiphase Radial Networks. - Fengyu Zhou 001; Yue Chen 012; Steven H. Low (CDC, 2019)

Worst-Case Sensitivity of DC Optimal Power Flow Problems. - James Anderson 001; Fengyu Zhou 001; Steven H. Low (ACC, 2020)

A Sufficient Condition for Local Optima to be Globally Optimal. - Fengyu Zhou 001; Steven H. Low (CDC, 2020)

Mitigating Cascading Failures via Local Responses. - Chen Liang; Fengyu Zhou 001; Alessandro Zocca; Steven H. Low; Adam Wierman (SmartGridComm, 2020)

An Energy Sharing Game With Generalized Demand Bidding: Model and Properties. - Yue Chen 012; Shengwei Mei; Fengyu Zhou 001; Steven H. Low; Wei Wei 007; Feng Liu 014 (IEEE Trans. Smart Grid, 2020)

The Optimal Power Flow Operator: Theory and Computation. - Fengyu Zhou 001; James Anderson 001; Steven H. Low (IEEE Trans. Control. Netw. Syst., 2021)

Exactness of OPF Relaxation on Three-Phase Radial Networks With Delta Connections. - Fengyu Zhou 001; Ahmed S. Zamzam; Steven H. Low; Nicholas D. Sidiropoulos (IEEE Trans. Smart Grid, 2021)

Conditions for Exact Convex Relaxation and No Spurious Local Optima. - Fengyu Zhou 001; Steven H. Low (IEEE Trans. Control. Netw. Syst., 2022)