Inventor · disambiguated record
Junfei Qiao
Also filed as: QIAO JUNFEI
18 granted patents·13 pending applications·18 citations·filing 2015–2025
87Inventor score
Files withUNIV BEIJING TECHNOLOGY31
Top patents by PatentIndex Score
31 records- 0189US10570024B2Method for effluent total nitrogen-based on a recurrent self-organizing RBF neural networkUNIV BEIJING TECHNOLOGY·Filed 2016·Granted Feb 25, 2020·5 cites·1 claims
- 0287US12105075B2Total nitrogen intelligent detection method based on multi-objective optimized fuzzy neural networkUNIV BEIJING TECHNOLOGY·Filed 2021·Granted Oct 1, 2024·4 cites·2 claims
- 0381US10919791B2Intelligent identification method of sludge bulking based on type-2 fuzzy neural networkUNIV BEIJING TECHNOLOGY·Filed 2018·Granted Feb 16, 2021·6 cites·1 claims
- 0471US11530139B2Type-2 fuzzy neural network-based cooperative control method for wastewater treatment processUNIV BEIJING TECHNOLOGY·Filed 2019·Granted Dec 20, 2022·2 cites·1 claims
- 0570US10539546B2Measuring phosphorus in wastewater using a self-organizing RBF neural networkUNIV BEIJING TECHNOLOGY·Filed 2018·Granted Jan 21, 2020·1 cites·14 claims
- 0661US2023259075A1Dynamic multi-objective particle swarm optimization-based optimal control method for wastewater treatment processUNIV BEIJING TECHNOLOGY·Filed 2023·Application pending·0 cites
- 0760US12112104B2Simulation analysis system and method for dioxin concentration in furnace of municipal solid waste incineration processUNIV BEIJING TECHNOLOGY·Filed 2024·Granted Oct 8, 2024·0 cites·7 claims
- 0858US12421143B2Cooperative optimal control method and system for wastewater treatment processUNIV BEIJING TECHNOLOGY·Filed 2022·Granted Sep 23, 2025·0 cites·1 claims
- 0957US2025271139A1Online soft measurement method for dioxin emission concentration in mswi processUNIV BEIJING TECHNOLOGY·Filed 2025·Application pending·0 cites
- 1056US12436522B1End-edge-cloud collaborative furnace temperature (FT) control method and system in municipal solid waste incineration (MSWI) processUNIV BEIJING TECHNOLOGY·Filed 2024·Granted Oct 7, 2025·0 cites·5 claims
- 1156US12056426B2Hardware-in-loop simulation experiment platform of multiple input and multiple output loop control for MSWI processUNIV BEIJING TECHNOLOGY·Filed 2023·Granted Aug 6, 2024·0 cites·7 claims
- 1256US11976817B2Method for detecting a dioxin emission concentration of a municipal solid waste incineration process based on multi-level feature selectionUNIV BEIJING TECHNOLOGY·Filed 2020·Granted May 7, 2024·0 cites·16 claims
- 1356US2024078410A1System and method for dynamic-modular-neural-network-based municipal solid waste incineration nitrogen oxides emission predictionUNIV BEIJING TECHNOLOGY·Filed 2023·Application pending·0 cites
- 1453US12002014B2Soft measurement method for dioxin emission concentration in municipal solid waste incineration processUNIV BEIJING TECHNOLOGY·Filed 2019·Granted Jun 4, 2024·0 cites·4 claims
- 1553US2023004780A1Multi-time Scale Model Predictive Control of Wastewater Treatment ProcessUNIV BEIJING TECHNOLOGY·Filed 2022·Application pending·0 cites
- 1652US2022112108A1Hierarchical Model Predictive Control Method of Wastewater Treatment Process based on Fuzzy Neural NetworkUNIV BEIJING TECHNOLOGY·Filed 2021·Application pending·0 cites
- 1751US2025117675A1Soft-sensing method for dioxin emissions of mswi process based on ensemble t-s fuzzy regression treeUNIV BEIJING TECHNOLOGY·Filed 2023·Application pending·0 cites
- 1851US2022267169A1Intelligent Detection System of Effluent Total Nitrogen based on Fuzzy Transfer Learning AlgorithmUNIV BEIJING TECHNOLOGY·Filed 2022·Application pending·0 cites
- 1949US2019359510A1Cooperative optimal control method and system for wastewater treatment processUNIV BEIJING TECHNOLOGY·Filed 2018·Application pending·0 cites
- 2049US2024302341A1Broad hybrid forest regression (bhfr)-based soft sensor method for dioxin (dxn) emission in municipal solid waste incineration (mswi) processUNIV BEIJING TECHNOLOGY·Filed 2022·Application pending·0 cites
- 2149US2022092482A1Method for predicting dioxin emission concentrationUNIV BEIJING TECHNOLOGY·Filed 2021·Application pending·0 cites
- 2248US12417371B2Optimal control method for wastewater treatment process based on self-adjusting multi-task particle swarm optimizationUNIV BEIJING TECHNOLOGY·Filed 2022·Granted Sep 16, 2025·0 cites·1 claims
- 2348US12271665B2Intelligent operational optimization method in municipal solid waste incineration processUNIV BEIJING TECHNOLOGY·Filed 2024·Granted Apr 8, 2025·0 cites·6 claims
- 2446US2020385286A1Dynamic multi-objective particle swarm optimization-based optimal control method for wastewater treatment processUNIV BEIJING TECHNOLOGY·Filed 2019·Application pending·0 cites
- 2545US2022027706A1Membrane Fouling Warning Method Based on Knowledge-Fuzzy Learning AlgorithmUNIV BEIJING TECHNOLOGY·Filed 2021·Application pending·0 cites
- 2644US12443779B2Soft measurement method for dioxin emission of grate furnace MSWI process based on simplified deep forest regression of residual fitting mechanismUNIV BEIJING TECHNOLOGY·Filed 2023·Granted Oct 14, 2025·0 cites·1 claims
- 2739US11144816B2Fault identifying method for sludge bulking based on a recurrent RBF neural networkUNIV BEIJING TECHNOLOGY·Filed 2017·Granted Oct 12, 2021·0 cites·1 claims
- 2838US10788473B2Computing system for detecting total phosphorus in effluent using data driven A2/O processUNIV BEIJING TECHNOLOGY·Filed 2016·Granted Sep 29, 2020·0 cites·1 claims
- 2937US11346831B2Intelligent detection method for biochemical oxygen demand based on a self-organizing recurrent RBF neural networkUNIV BEIJING TECHNOLOGY·Filed 2016·Granted May 31, 2022·0 cites·5 claims
- 3035US9633307B2Method to predict the effluent ammonia-nitrogen concentration based on a recurrent self-organizing neural networkUNIV BEIJING TECHNOLOGY·Filed 2015·Granted Apr 25, 2017·0 cites·12 claims
- 3130US2016123949A1Measuring Phosphorus in Wastewater Using a Self-Organizing RBF Neural NetworkUNIV BEIJING TECHNOLOGY·Filed 2015·Application pending·0 cites
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Identity basis: PatentsView inventor disambiguation (2025Q4-odp release). How scoring works →