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Djamel Saba
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Academic Career Length
12Years (2015-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications1 August 2015 in Energy Procedia
Journal Article
DSDjamel Saba
Djamel SabaFLFatima Zohra Laallam
Fatima Zohra Laallam
HADIDI ABDELKADERBBBrahim Berbaoui
Brahim BerbaouiThis article presents a contribution to the optimization of a multi sources system with renewable energy system.Following the limits of conventional design methods in the reasoning aspect, also renewable energy hybrid systems are distributed nature, open and includes huge detail information needs a formal representation and a shared conceptualization by dynamic contribution to the change in weather conditions of installation site of hybrid system. We propose an approach based on hybridization between sizing techniques and ontology domain. The introduction of ontology in such systems allows the shared knowledge representation of a common area of a unit. Moreover, these will conceptualization of knowledge that can be updated without changing the system goals.The aim of the work presented in this paper is essentially the conceptualization of the ontology after the presentation of the proposed approach. “Protege2000”is used for editing the ontology. The purpose of this work is a knowledge base which contains a representation of all concepts and informational system details
1 August 2015 in Energy Procedia
Journal Article
DSDjamel Saba
Djamel SabaFLFatima Zohra Laallam
Fatima Zohra Laallam
HADIDI ABDELKADERBBBrahim Berbaoui
Brahim BerbaouiGiven the current energy challenge, renewable energy appear as a real and strategic solution for electricity generation, but the intermittent nature this type of energy we forced to combine at least two power sources to ensure continuity in supply of electricity.Typically multi-source renewable energy systems are managed by centralized approaches, but the limit of these approaches in several aspects such as the dynamic aspect management of system, integration or cancellation of one or more elements we require seek other more reliable approaches for the management of multi-source renewable energy systems.The proposed solution is an integration of Multi Agent Systems “MAS” in energy management, this discipline is the connection of several fields such as artificial intelligence, distributed computing systems and software engineering. “MAS” it is discipline that focuses on collective behaviors produced by the interactions of several autonomous entities called agents, these interactions revolve around cooperation, competition or coexistence between these agents, introducing the issue of collective intelligence and the emergence of structures interactions
24 July 2019
Book Chapter
DSDjamel Saba
Djamel SabaYSYoucef Sahli
Youcef SahliBBBrahim Berbaoui
Brahim BerbaouiRMRachid Maouedj
Rachid Maouedj1 January 2017 in International Journal of Computer Applications in Technology
Journal Article
DSDjamel Saba
Djamel SabaFLFatima Zohra Laallam
Fatima Zohra Laallam
HBHocine Belmili
Hocine BelmiliFAFonbeyin Henry Abanda
Fonbeyin Henry Abanda
ABAhmed Bouraiou
Ahmed BouraiouThe reliability and cost of energy systems and diversity of weather are the two main concerns for Hybrid Energy Systems (HES) optimisation in the face of energy scarcity. Many techniques for sizing and optimisation of such systems have been developed. However, these techniques are developed independently of each other and require end-users to know a priori the techniques to use as well as data inputs of each. There is no sharing of data between the various techniques although they can use the same data. The novelty of this study is to develop an ontology-based system that offers the end-user an optimal design solution without having to know in advance the optimisation techniques. To that effect, we present an ontology-based generic tool that includes most used energy sources for optimising HES. The proposed tool has been applied and tested on an isolated wind-photovoltaic hybrid power system with battery storage.
1 September 2020
Book Chapter
24 September 2020
Book Chapter
About Me
Dr. Djamel Saba is currently Research Master “A” at the Photovoltaic Conversion Division in the Renewable Energy Research Unit in the Saharan Region, Adrar, Algeria. Djamel Saba was born in Jijel, Algeria, in 1971. He received his diploma in Computer Engineering with a specialty in Information Systems from the University of Mentouri, Constantine, Algeria in 1998, and a master’s degree in Computer Science with a specialty in Intelligent Systems from the University of Science and Technology Houari Boumediene (USTHB) in 2012. Then, he received his Ph.D. in Computer Science in the field of Networks and Computer Systems from the University of Kasdi Merbah, Ouargla, Algeria, in 2017, and Habilitation (HDR) in Computer Science from Higher School of Computer Science of Sidi Bel Abbès, Algeria, in 2019. His research interests include artificial intelligence, multiagent systems, computer ontology, energy saving, smart environments, smart homes, smart cities, smart grid, sustainable development, and renewable energy.
Dr. Djamel Saba participated in the revision of works for international conferences and scientific journals. He has been a member of scientific committees for conferences and scientific days.