@misc{revisiting_optimal_sensor_placement_talk_2022,
  title={{Revisiting the Optimal Sensor Placement Problem In Power Networks}},
  author={Kazma, Mohamad H. and Taha, Ahmad F.},
  year={2022},
  venue={INFORMS Annual Meeting Indianapolis 2022},
  type={presentation},
  abstract={Future power networks that are dominated by renewables face challenges related to maintaining network-wide stability. To address these challenges, wide-area monitoring systems and phasor measurement units (PMUs) provide real-time sensor data of physics-based states. Various studies have investigated mixed-integer programming formulations to optimally determine the geographic PMU placements. While such studies addressed a plethora of challenges, they mostly adopt a simple representation of system dynamics, ignore basic algebraic equations modeling power flows, forgo including renewables such as solar and wind, and do not model their uncertainty. To that end, the objective of this work is to revisit the PMU placement problem and address these challenges via a novel optimization formulation. The proposed approach is validated on IEEE power networks.}
}