ALLAOUA Hemmak
هماك علاوة
allaoua.hemmak@univ-msila.dz
0772 35 00 50
- Informatics Department
- Faculty of Mathematics and Informatics
- Grade Prof
About Me
DOCTORAT. in ABDERRAHMANE MIRA UNIVERSITY OF BEJAIA
DomainMathématiques et Informatique
Research Domains
COMBINATORIAL OPTIMIZATION METAHEURISTICS SCHEDULING QUANTUM COMUTING LANGUAGES THEORY
LocationMsila, Msila
Msila, ALGERIA
- 2023
- 2023
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master
BENNOUIOUA Amal , FADLI Hana
Implémentation d’une supérette électronique avec optimisation de la chaine d’approvisionnement
- 2023
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master
Demane Dounia , Khezzari Hadil
Algorithme génétique pour le problème d'équilibrage de chaîne de montage
- 2023
- 2023
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master
Boukabouya Noudjoud , Chebih Souhila
Système de prévention des incendies basée sur la classification des établissements pour la protection civile algérienne
- 2022
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master
BENHADDAD Hind , BELABBAS Manar
Algorithme génétique parallèle pour l’ordonnancement flow shop
- 2022
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master
BENNAOUI BOUCHRA , MANNED MAROUA
Machine Learning approach for single machine scheduling problems
- 2022
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master
kadri yassamine
Modélisation de l’évolution urbaine par automate cellulaire Cas d’application : ville de M’sila
- 2022
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master
LADJEDEL ASMA , GHACHA YASSMINE
GENETIC PROGRAMMING FOR INTELLIGENT BEHAVIOR OF A VIRTUAL ROBOT IN A RANDOM ENVIRONMENT
- 2022
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Doctorat soutenu
Souhil Larbi BOULANOUAR
New Hybrid Method for Segmentation of MRI Medical Images
- 2022
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Licence
GOUBI Khedidja , GUETTOUCHE Chames Elassil, LAMDJED Douaa
CONCEPTION ET IMPLEMENTATION D’UN SITE WEB POUR LA GESTION DES RESERVATIONS D’HOTELS
- 2021
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master
ALILI Zohir , NECHE Samir
Méthode OCA pour le PVC appliqué au réseau routier algérien
- 2021
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Doctorat soutenu
Benazi Makhlouf
Analyse des réseaux complexes : Application à la détection de communautés dans les réseaux sociaux
- 2021
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master
BENDAKMOUSSE Faiza
Algorithme génétique pour la régression du front Pareto en optimisation multicritères
- 2021
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Licence
Aicha Badza , Khadidja Logsier, Nour Elhouda Messaoudi
Implémentation d’un portail web pour une revue scientifique spécialisée en informatique
- 2021
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Licence
بوفسيو عفاف , بغدادي لينا, بن بودينة سارة
تصميم موقع الكتروني لتسيير طلبيات الزبون - مؤسسة وهج للإعلام والثقافة والفنون -
- 2021
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Licence
Benzaoui Aya , Demaine Dounia, Khezzari Hadil
Site web pour assurance auto en ligne
- 2021
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Licence
ZOHRA DELLOUM , KADDOUR DJAKAM, SOULAF MEDJENAH
APPLICATION ANDROID POUR LE SUIVI DU DIABÈTE
- 2021
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Licence
Hamiche Ismahan , Ziouche Faiza, Letaissa Nor Elhouda
Développement d'un site web de gestion des RDV pour consultation médicale
- 2021
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Licence
Seghiour Nour El Houda , Benzia Abir Ikram, Maouche Diaa Eddine
SITE WEB POUR L’ARCHIVE DE PFEs Cas : faculté de mathématiques et informatique
- 2021
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Doctorat soutenu
Benazi Makhlouf
Analyse des réseaux complexes : Application à la détection de communautés dans les réseaux sociaux
- 2020
- 2020
- 2020
- 2020
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master
DAHMANE Lamia , HADROUG Selma
Algorithmes génétiques pour un problème d’ordonnancement d’atelier Job Shop
- 2018
- 2017
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master
arar hanane
Méthode du seuil d'acceptation appliqué au problème de coloration de graphes
- 2017
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master
kouici rokaya
hubridation relais d'algorithmes génétiques pour le probleme SAD simple
- 2017
- 2017
- 2016
- 2016
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master
radjai khadidja
Classification ascendante hierarchique pour la detection d'intrusions
- 2016
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master
meratete soumia
Etude comparatives des protocoles de routage dans les réseaux ad-hoc
- 2015
- 2015
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Licence
Benlaiter Djamel Eddine , Aissi Nadia, Ferahtia Abla
Développement d'un système de transport intelligent par géolocalisation
- 2015
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Licence
dilmi fatima zohra , Heraiz Fatma, Khennouf Dalal
site web dynamique pour la gestion des TFEs
- 2015
- 2015
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Licence
Abdellaoui Oussama , Laifa Abdelhadi, Bencharif Youcef
Conception Et Realisation D'une Application Android Pour Le Suivi Du Diabète
- 2015
- 2015
- 2015
- 2015
- 2014
- 2014
- 2014
- 2013
- 2013
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Licence
Guelmine Abdelkamel
Conception et réalisation d'un site web dynamique pour la gestion de la scolarité
- 2013
- 2012
- 2012
- 2012
- 2012
- 2011
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Engineer
benyounes nadjet , zaiter leila
Intégration et paramétrage d'un OpenERP au Moulins Hodna M'sila
- 2010
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Engineer
bouslah wafa , Zawak Baya
Système de recherche documentaire pour la bibliothèque universitaire
- 2010
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Engineer
Benamra Warda , guelmine amel, guelmine salim
Conception et implémentation d'un système de gestion de stock ERIAD M'sila
- 2010
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Engineer
ghozi amel , kerkeb mayada
Mise au point d'un système informatique pour le payement électronique, SONELGAZ M'sila
- 2009
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Licence
Benadel Oussama , Bey Abdelali
Conception et implémentation d'un site web dynamique pour les examens et mémoires, département d'informatique M'sila
- 2009
- 2009
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Engineer
1) Azouz Hayat , 1)Marouf Imane
Conception et réalisation d'un SIH: CH Zahraoui M'sila
- 12-06-2016
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DOCTORAT
Conception d'algorithmes hybrides genetiques dynamiques - 17-01-2007
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MAGISTER
RESOLUTION D’UN PROBLEME D’ORDONNANCEMENT SUR UNE MACHINE AVEC DATE ECHUE COMMUNE PAR LA PROGRAMMATION DYNAMIQUE ET LA RELAXATION LAGRANGIENNE - 16-06-1987
- 1963-03-08 00:00:00
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ALLAOUA Hemmak birthday
- 2023-07-01
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2023-07-01
Exact Algorithm for Batch Scheduling on Unrelated Machine
In this paper, we propose a new linear algorithm to tackle a specific class of unrelated machine scheduling problem, considered as an important real-life situation, which we called Batch Scheduling on Unrelated Machine (BSUM), where we have to schedule a batch of identical and non-preemptive jobs on unrelated parallel machines. The objective is to minimize the makespan (Cmax) of the whole schedule. For this, a mathematical formulation is made and a lower bound is computed based on the potential properties of the problem in order to reduce the search space size and thus accelerate the algorithm. Another property is also deducted to design our algorithm that solves this problem. The latter is considered as a particular case of RmCmax family problems known as strongly NP-hard, therefore, a polynomial reduction should realize a significant efficiency to treat them. As we will show, Batch BSUM is omnipresent in several kind of applications as manufacturing, transportation, logistic and routing. It is of major importance in several company activities. The problem complexity and the optimality of the algorithm are reported, proven and discussed.
Citation
ALLAOUA Hemmak , , (2023-07-01), Exact Algorithm for Batch Scheduling on Unrelated Machine, The International Arab Journal of Information Technology (IAJIT), Vol:20, Issue:4, pages:618-623, Zarqa University, Jordan
- 2023
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2023
Smart Platform for Data Blood Bank Management: Forecasting Demand in Blood Supply Chain Using Machine Learning
Despite the efforts of the World Health Organization, blood transfusions and delivery are still the crucial challenges in blood supply chain management, especially when there is a high demand and not enough blood inventory. Consequently, reducing uncertainty in blood demand, waste, and shortages has become a primary goal. In this paper, we propose a smart platform-oriented approach that will create a robust blood demand and supply chain able to achieve the goals of reducing uncertainty in blood demand by forecasting blood collection/demand, and reducing blood wastage and shortage by balancing blood collection and distribution based on an effective blood inventory management. We use machine learning and time series forecasting models to develop an AI/ML decision support system. It is an effective tool with three main modules that directly and indirectly impact all phases of the blood supply chain: (i) the blood demand forecasting module is designed to forecast blood demand; (ii) blood donor classification helps predict daily unbooked donors thereby enhancing the ability to control the volume of blood collected based on the results of blood demand forecasting; and (iii) scheduling blood donation appointments according to the expected number and type of blood donations, thus improving the quantity of blood by reducing the number of canceled appointments, and indirectly improving the quality and quantity of blood supply by decreasing the number of unqualified donors, thereby reducing the amount of invalid blood after and before preparation. As a result of the system’s improvements, blood shortages and waste can be reduced. The proposed solution provides robust and accurate predictions and identifies important clinical predictors for blood demand forecasting. Compared with the past year’s historical data, our integrated proposed system increased collected blood volume by 11%, decreased inventory wastage by 20%, and had a low incidence of shortages.
Citation
WALID BEN ELMIR , ALLAOUA Hemmak , Benaoumeur Senouci, , (2023), Smart Platform for Data Blood Bank Management: Forecasting Demand in Blood Supply Chain Using Machine Learning, Information, Vol:14, Issue:1, pages:31, MDPI
- 2023
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2023
Smart platform for Blood Management in Healthcare using AI/ML Approach
The blood management system confronts a challenge with blood transfusions and their distribution regardless of the efforts of the World Health Organization and other global health organizations: inadequate supply, excessive demand, and a shortage of accessible blood. Due to its ability to raise labor efficiency and service quality via systematic management, artificial intelligence is currently necessary to enhance blood supply operations. The objective of this work is to provide an AI/ML platform that facilitates the use of data to assist health professionals in making the most effective management choices that are consistent with methods for minimizing waste and costs. By more accurately anticipating blood demand. As production models, we are using both time series and machine learning methods as prediction models. The optimal performance model for the provided case study was determined by comparing the performance outcomes of each method. In this work, autoregressive Moving Average models, autoregressive Integrated Moving Average models, and seasonal ARIMA models are applied. In addition, we used four native algorithms for machine learning: Artificial Neural Networks, Linear Regression, and Support Vector Regression. The results demonstrate that both types of forecasting models can significantly enhance the management of the blood supply.
Citation
WALID BEN ELMIR , ALLAOUA Hemmak , Benaoumeur Senouci, ,(2023), Smart platform for Blood Management in Healthcare using AI/ML Approach,International Conference on Artificial Intelligence in Information and Communication (ICAIIC),Bali, Indonesia
- 2022
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2022
Data Blood Management for Algerian Healthcare System : Smart Platform Oriented Approach
Information and computer technology are gaining popularity in blood banks because of their potential to enhance labor productivity and service quality. This article focuses on the significance of web-based technologies in blood bank information management in order to improve the efficacy of this vital, particularly challenging activity in developing nations. Despite the efforts of the World Health Organization and others, blood transfusions and their delivery pose a problem in developing countries: insufficient supply, high demand, and inadequate availability. The research revealed that blood banking institutions in developing countries lacked coordination, as each blood bank maintained its own records that were not shared with other banks. The objective of this paper is to propose a solution that: (1) facilitates coordination between blood banks, health institutions, and donors by interacting with a central database. (2) Providing a solution to one of the most important issues of blood bank information systems, namely, how to effectively use the growing amount of data and information to aid in decisionmaking. (3) Proposes a decision support system for blood supply management that enables the incorporation of human knowledge into an automated system to improve the efficacy of blood bank management; the objective is to assist health administrators in making the best management decisions that are in line with the best strategies.
Citation
WALID BEN ELMIR , ALLAOUA Hemmak , Benaoumeur Senouci, ,(2022), Data Blood Management for Algerian Healthcare System : Smart Platform Oriented Approach,5th International Conference on Embedded Systems in Telecommunications and Instrumentation,Annaba, Algeria
- 2017
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2017
New Properties for Solving the Single-Machine Scheduling Problem with Early/Tardy Jobs
: This paper presents a mathematically enhanced genetic algorithm (MEGA) using the mathematical properties of the single-machine scheduling of multiple jobs with a common due date. The objective of the problem is to minimize the sum of earliness and tardiness penalty costs in order to encourage the completion time of each job as close as possible to the common due date. The importance of the problem is derived from its NP-hardness and its ideal modeling of just-in-time concept. This philosophy becomes very significant in modern manufacturing and service systems, where policy makers emphasize that a job should be completed as close as possible to its due date. That is to avoid inventory costs and loss of customer’s goodwill. Five mathematical properties are identified and integrated into a genetic algorithm search process to avoid premature convergence, reduce computational effort, and produce high-quality solutions. The computational results demonstrate the significant impact of the introduced properties on the efficiency and effectiveness of MEGA and its competitiveness to state-of-the-art approaches.
Citation
ALLAOUA Hemmak , , (2017), New Properties for Solving the Single-Machine Scheduling Problem with Early/Tardy Jobs, JOURNAL OF INTELLIGENT SYSTEMS, Vol:25, Issue:3, pages:10, DE GRUYTER
- 2015-01-01
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2015-01-01
Combination of Genetic Algorithm with Dynamic Programming for Solving TSP
This paper presents a combination of Genetic Algorithm (GA) with Dynamic Programming (DP) to solve the well-known Travelling Salesman Problem (TSP). In this work, DP is integrated as a GA operator with a certain probability. In specific, at a given GA generation, the individuals are subdivided into a number of equal segments of genes, and the shortest path on each segment is obtained by applying a DP algorithm. Since the computational complexity of the DP is O (k22k), it becomes of O(1) when k is small. Experimental analyses are conducted to investigate the impact and trade-offs among DP probability, segment size and time processing on the solution quality and computational effort. In addition, we will implement a basic GA approach to compare results and show the contribution of combination of combination approach. Experimental results on benchmark instances showed that the combined GA-DP algorithm reduces significantly the computational effort, produces a clearly improved solution quality and avoids early premature convergence of GA.
Citation
ALLAOUA Hemmak , , (2015-01-01), Combination of Genetic Algorithm with Dynamic Programming for Solving TSP, Int. J. Advance Soft Compu. Appl, Vol:9, Issue:2, pages:12, Int. J. Advance Soft Compu. Appl
- 2010
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2010
Variable Parameters Lengths Genetic Algorithm for Minimizing Earliness-Tardiness Penalties of Single Machine Scheduling With a Common Due Date
Modern manufacturing philosophy of just-in-time emphasizes that a job should be completed as close as possible to its due date to avoid inventory cost and loss of customers goodwill. In this paper, the single machine scheduling problem with a common due date, where the objective is to minimize the total earliness and tardiness penalties in the schedule of jobs, is considered. A new genetic algorithm inspired by the philosophy of dynamic programming, where the chromosome and the population lengths are varied from one iteration to another, is proposed.
Citation
ALLAOUA Hemmak , ibrahim hoceine osman, , (2010), Variable Parameters Lengths Genetic Algorithm for Minimizing Earliness-Tardiness Penalties of Single Machine Scheduling With a Common Due Date, Electronic Notes in Discrete Mathematics, Vol:36, Issue:1, pages:471-478, elsevier