2020 · 33 citations · 8 references
ComputingComputer ScienceElectrical EngineeringFeature EngineeringMachine LearningPredictive AnalyticsEnsemble MethodsFeature SelectionPower Grid AnalysisPower SystemsSmart Grid SystemsSmart GridsData Analytics For Power SystemsExtraction Time OptimizationGrid Data AnalyticsLocality ConstraintsMachine Learning For Smart GridsPower Grid DesignXgboost
This work utilizes the XGBoost to build a machine-learning-based IR drop predictor, XGBIR, for the power grid. To capture the behavior of power grid, we extract its several features and employ its locality property to save the extraction time. XGBIR can be effectively applied to large designs and the average error of predicted IR drops is less than 6 mV.
8
Random walks in a supply network
Haifeng Qian, Sani Nassif, Sachin S. Sapatnekar · 2003 · 177 citations
Power grid analysis benchmarks
Sani Nassif · 2008 · 168 citations