A framework for modeling, generating, simulating, and predicting carbon dioxide dispersion indoors using cell-DEVS and deep learning
Simulation and Gaming. Sage Publishers, Volume 100, Number 5, page 421–434 - Dec 2023
Keywords: Modeling, simulation, Cell Discrete Event System Specifications, sustainability, machine learning, discrete events simulation, complex systems, deep neural networks
Journal : Simulation and Gaming. Sage Publishers
Number : 5
Volume : 100
Pages : 421–434
Month : Dec
Year : 2023
URL: http://cell-devs-02.sce.carleton.ca/publications/2023/KW23
BibTex references
@Journal_Article\{KW23, author = "Khalil, Hoda and Wainer, Gabriel A.", title = "A framework for modeling, generating, simulating, and predicting carbon dioxide dispersion indoors using cell-DEVS and deep learning", category = "Real-Time Systems; Real-Time Simulation", journal = "Simulation and Gaming. Sage Publishers", number = "5", volume = "100", pages = "421–434", month = "Dec", year = "2023", keywords = "Modeling, simulation, Cell Discrete Event System Specifications, sustainability, machine learning, discrete events simulation, complex systems, deep neural networks", url = "http://cell-devs-02.sce.carleton.ca/publications/2023/KW23" }