7. Related PapersΒΆ
| [MB2018] | M. Baltzinger, T. Tinoco De Rubira, A. Wigington, A Modular and Efficient Modeling Library for Power Flow Network Steady-State Analysis and Optimization, IEEE General Meeting, August 2018 (link) |
| [MB2017] | M. Baltzinger, Performance Analysis and Validation of Optimal Power Flow Solvers of New Open-Source Software Stack. Semester thesis, Swiss Federal Institute of Technology, June 2017 (link). |
| [DS2017] | D. Shchetinin, T. Tinoco De Rubira, G. Hug, Conservative Linear Line Flow Constraints for AC Optimal Power Flow, IEEE PES Powertech Conference, June 2017 (link). |
| [TT2016] | T. Tinoco De Rubira, A. Wigington, Extending Complementarity-Based Approach for Handling Voltage-Band Regulation in Power Flow, Power Systems Computation Conference, June 2016 (link). |
| [TT2015] | T. Tinoco De Rubira, Numerical Optimization and Modeling Techniques for Power System Operations and Planning, PhD thesis, Stanford University, March 2015 (link). |
| [WM2015] | W. Murray, T. Tinoco De Rubira, A. Wigington, A robust and informative method for solving large-scale power flow problems, Computational Optimization and Applications, November 2015 (link). |