Search Results - "Mokni, Marwa" :: K.UTB vyhledávací portál

Nanocomposite-parylene C thin films with high dielectric constant and low losses for future organic electronic devices

by Mokni, Marwa, Maggioni, Gianluigi, Kahouli, Abdelkader, Carturan, Sara M, Raniero, Walter, Sylvestre, Alain
Published in Beilstein journal of nanotechnology (2019)

Get full text

Journal Article

Loading…

High-Capacity, Fast-Response, and Photocapacitor-Based Terpolymer Phosphor Composite

by Mokni, Marwa, Pedroli, Francesco, D'Ambrogio, Giulia, Le, Minh-Quyen, Cottinet, Pierre-Jean, Capsal, Jean-Fabien
Published in Polymers (06.02.2020)

Get full text

Journal Article

Loading…

Multi-objective fuzzy approach to scheduling and offloading workflow tasks in Fog–Cloud computing

by Mokni, Marwa, Yassa, Sonia, Hajlaoui, Jalel Eddine, Omri, Mohamed Nazih, Chelouah, Rachid
Published in Simulation modelling practice and theory (01.02.2023)

Get full text

Journal Article

Loading…

Cooperative agents-based approach for workflow scheduling on fog-cloud computing

by Mokni, Marwa, Yassa, Sonia, Hajlaoui, Jalel Eddine, Chelouah, Rachid, Omri, Mohamed Nazih
Published in Journal of ambient intelligence and humanized computing (01.10.2022)

Get full text

Journal Article

Loading…

Multi-agent system-based fuzzy constraints offer negotiation of workflow scheduling in Fog-Cloud environment

by Marwa, Mokni, Hajlaoui, Jalel Eddine, Sonia, Yassa, Omri, Mohamed Nazih, Rachid, Chelouah
Published in Computing (01.07.2023)

Get full text

Journal Article

Loading…

MAS-Based Approach for Scheduling Intensive Workflows in Cloud Computing

by Mokni, Marwa, Hajlaoui, Jalel Eddine, Brahmi, Zaki
Published in 2018 IEEE 27th International Conference on Enabling Technologies: Infrastructure for Collaborative Enterprises (WETICE) (01.06.2018)

Get full text

Conference Proceeding

Nanocomposite-parylene C thin films with high dielectric constant and low losses for future organic electronic devices

High-Capacity, Fast-Response, and Photocapacitor-Based Terpolymer Phosphor Composite

Multi-objective fuzzy approach to scheduling and offloading workflow tasks in Fog–Cloud computing

Cooperative agents-based approach for workflow scheduling on fog-cloud computing

Multi-agent system-based fuzzy constraints offer negotiation of workflow scheduling in Fog-Cloud environment

MAS-Based Approach for Scheduling Intensive Workflows in Cloud Computing

Refine Results

Format

Subject Area

Topic

Language

Year of Publication

Database