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Si, Fangyuan

Si, Fangyuan

东北大学

4

H指数

9

论文数

42

被引数

H指数、论文数、被引数仅支持在APP上查看和修改扫描二维码即可下载APP

Si, Fangyuan,现任职于东北大学,曾任职于清华大学机构,个人H指数为4,累计发表论文9篇,论文总被引数累计42次,主要研究方向涵盖工程学、计算机科学、能源、数学等领域,在IEEE Transactions on Industrial Informatics、Applied Energy和Energy顶级期刊累计发表4次

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  • 发表期刊
  • 资讯动态
  • 发表论文
  • 引用关系
使用智能电表电压分析的配电系统连通性验证:云-边缘协作方法

Connectivity Verification in Distribution Systems Using Smart Meter Voltage Analytics: A Cloud-Edge Collaboration Approach

东北大学

2021

被引数:8

IEEE Transactions on Industrial Informatics

汪晋宽

distribution systems,connectivity verification,cloud-edge collaboration,Affinity propagation clustering-based local outlier factor (AP-LOF) algorithm,voltage analytics
面向能源互联网的具有灵活互补策略的经济高效的多能源管理

Cost-efficient multi-energy management with flexible complementarity strategy for energy internet

东北大学

2018

被引数:39

Applied Energy

汪晋宽

Energy complementarity,Energy internet,Flexibility,Multi-energy management,Prosumer
通过协调多种能源流动,以低成本高效益的方式运行供需可变的城市能源系统

Cost-effective operation of the urban energy system with variable supply and demand via coordination of multi-energy flows

东北大学

2020

被引数:8

Energy

汪晋宽

Coupled energy networks,Integrated energy system,Operational flexibility,Robust optimisation,Supply and demand uncertainty
结合行为理论的交通-电力耦合网络均衡分布式协调方法

A Distributed Coordination Method for Coupled Traffic-Power Network Equilibrium Incorporating Behavioral Theory

东北大学

2022

被引数:1

IEEE Transactions on Vehicular Technology

汪晋宽

Analytical models,Behavioral sciences,Costs,Discrete path selection,distributed coordination method,electric vehicle,optimal power flow,Reactive power,Roads,Stochastic processes,stochastic user equilibrium,Vehicles
热电联产系统的风险规避多目标优化:一种扩展ε约束方法

Risk-Averse Multiobjective Optimization for Integrated Electricity and Heating System: An Augment Epsilon-Constraint Approach

清华大学

2022

被引数:0

IEEE Systems Journal

汪晋宽

Cogeneration,Costs,Epsilon-constraint method,integrated electricity and heating system (IEHS),multiobjective optimization,Optimization methods,Pareto front,Probability distribution,Resistance heating,uncertainty,Waste heat,Wind power generation
信息物理智能能源系统的多级对等协同优化

Multilevel Peer-to-Peer Co-optimization for Cyber-physical Intelligent Energy Systems

东北大学

2019

被引数:4

Zidonghua Xuebao/Acta Automatica Sinica

汪晋宽

Collaborative optimization,Cyber-physical energy systems (CPES),Double auction,Intelligentenergy systems (IES),Prosumers,Smart contract

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