Supplementary Material for "A Forecast-Informed Rule-Based Control Framework for Optimizing Hydraulic Performance of Bioretention Systems"
Abstract
Supplementary Material for: Gabani, F., Hamidi, S., and Massoudieh, A. (2026). 'A Forecast-Informed Rule-Based Control Framework for Optimizing Hydraulic Performance of Bioretention Systems.' This document contains Tables S1 and S2, which report the optimized control parameters (kernel time scale, forecast threshold, and flow scaling coefficient for both upper and lower cell valves) corresponding to each Pareto-optimal solution along the exceedance-volume and exceedance-residence-time trade-off fronts, respectively. The associated modeling framework is implemented in OpenHydroQual (https://github.com/ArashMassoudieh/OpenHydroQual)." For the other metadata fields, you'd want to set the resource type to "Publication / Supplementary Material," list the three authors in order, and add keywords matching the paper (bioretention, forecast-informed control, rule-based control, residence time, multi-objective optimization, low-impact development).
Fields of Study & Subjects
Urban Stormwater Management Solutions
Hydrology and Watershed Management Studies
Water resources management and optimization
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 18 February 2026
- Language
- EN