Skip to main content

Ricerc@Sapienza

Home
Login

Home
Renewable Energy Sources
energy management
Risultati ricerca pubblicazioni

Risultati ricerca pubblicazioni

ANFIS microgrid energy management system synthesis by hyperplane clustering supported by neurofuzzy min–max classifier

pubblicato su: IEEE TRANSACTIONS ON EMERGING TOPICS IN COMPUTATIONAL INTELLIGENCE - 2019

Leonori Stefano, Martino Alessio, Mascioli Fabio Massimo Frattale, Rizzi Antonello

Optimal Energy Management of UAV-Based Cellular Networks Powered by Solar Panels and Batteries: Formulation and Solutions

pubblicato su: IEEE ACCESS - 2019

Amorosi Lavinia, Chiaraviglio Luca, Galan-Jimenez Jaime

CATALOGO IRIS SAPIENZA

Anno

2019 (2) Apply 2019 filter

Tipo pubblicazione

01 Pubblicazione su rivista (2) Apply 01 Pubblicazione su rivista filter

Rivista

IEEE ACCESS (1) Apply IEEE ACCESS filter
IEEE TRANSACTIONS ON EMERGING TOPICS IN COMPUTATIONAL INTELLIGENCE (1) Apply IEEE TRANSACTIONS ON EMERGING TOPICS IN COMPUTATIONAL INTELLIGENCE filter

Book

Keywords

(-) Remove energy management filter energy management
(-) Remove Renewable Energy Sources filter Renewable Energy Sources
adaptive neurofuzzy inference systems (1) Apply adaptive neurofuzzy inference systems filter
energy storage systems (1) Apply energy storage systems filter
hierarchical clustering (1) Apply hierarchical clustering filter
hyperplane clustering (1) Apply hyperplane clustering filter
Job shop scheduling (1) Apply Job shop scheduling filter
Microgrids (1) Apply Microgrids filter
min–max neurofuzzy classifiers (1) Apply min–max neurofuzzy classifiers filter
mixed integer linear programming (1) Apply mixed integer linear programming filter
optimal scheduling (1) Apply optimal scheduling filter
real-time systems (1) Apply real-time systems filter
Smart Grids (1) Apply Smart Grids filter
UAV mission scheduling (1) Apply UAV mission scheduling filter
unmanned aerial vehicles (1) Apply unmanned aerial vehicles filter

© Università degli Studi di Roma "La Sapienza" - Piazzale Aldo Moro 5, 00185 Roma