Publications (10)
ARTICLE
A ROBUST APPROACH FOR FUZZY MULTIOBJECTIVE LINEAR OPTIMIZATION VIA BANACH SPACE EMBEDDING AND OPTIMAL TRANSFORMATION TECHNIQUE
JEAN DE LA CROIX SAMA1, WENDINDA BAMOGO, AND KOUNHINIR SOMÉ
This paper proposes an innovative approach to solving fuzzy multiobjective linear optimization
problems by combining the embedding theorem and an optimal transformation technique. The objective func-
tions and fuzzy constraints are first embedded in a Banach space, where they are represented as parametric
biobjective vectors. The applicatio(...)
fuzzy optimization; multiobjective optimization; embedding theorem; optimal transformation; Pareto optimality.
ARTICLE
Trigonometric Functions Algorithm : A Novel Metaheuristic Algorithm for Engineering Problems
Wendinda BAMOGO
This paper deals with the design of a novel metaheuristic algorithm called Trigonometric Functions Algorithm
(TFA) for efficient solving of engineering problems. The fundamental inspiration for this new algorithm is based on a
mathematical model inspired by the hunting and attack technique of grey wolves and using trigonometric functions. Fo(...)
Optimization, engineering problems, metaheuristics, TFA.
ARTICLE
Modeling the Combined Dynamics of a Fanatical Insurgency and Narcoterrorism in the Sahel
Mathieu Romaric POODA, Yacouba SIMPORE, Oumar TRAORE
This study presents an innovative analysis of the complex interplay between narcoterrorism and fanatical insurgency in the Sahel region of Africa. This study adopts a compartmental mathematical modeling approach to understand how these two phenomena influence each other and how they evolve. By making some data estimations and simulations, we e(...)
ideological terrorism, fanatical behavior, fanatical insurgency, nacoterrorism, local and global asymptotic stability, global threshold
ARTICLE
Mathematical Modeling and Optimal Control of the Dynamics of an Internal Radicalization Process
Wendpanga Alain Tapsoba, Yacouba Simpore, Oumar Traore
This study presents a deterministic system of differential equations to model the internal radicalization process. Unlike previous models, we explicitly incorporate the subpopulation of eligibles, individuals who have experienced negative interactions with state institutions due to factors such as corruption, inequality, and poor governance. T(...)
basic reproduction number; internal radicalization; numerical simulation; optimal control
ARTICLE
Predators Attacks Techniques Algorithm: A Novel Bio-Inspired Algorithm for Engineering Problems12
Bamogo Wendinda; Some Kounhinir
This paper introduces a new bio-inspired meta-heuristic algorithm called the Predator's Attack Technique Algorithm (PATA), which mimics predatory behaviors in nature. The PATA was conceived by drawing inspiration from the inherent behaviors observed in predators. The fundamental inspiration employed in PATA design is the prey search and attack(...)
Optimization, Metaheuristic, Bio-inspired, PATA, Engineering Design
ARTICLE
Modeling and Multi-objective Optimal Control of Thedynamics of Counterterrorism in the Sahel Region in Africa
Mathieu Pooda, Yacouba Simpore, Oumar Traore
Terrorist activity in the Sahel region has been on the increase for almost a decade. Groups advocating extremist ideologies with a political or religious base are carrying out attacks against states with the aim of imposing a totalitarian ideology, sometimes against a backdrop of political crisis and famine. In this state of crisis and someti(...)
ideological terrorism, fanatical behavior, local and global asymptotic stability, global thresholds, optimal control
ARTICLE
Modeling and optimal control of the dynamics of narcoterrorism in the Sahel
Mathieu POODA, Yacouba SIMPORE, Oumar TRAORE
This work explores some aspects of modeling and controlling narcoterrorism in the Sahel. We examine the multidimensional factors underlying this dynamic, identifying interactions and recruitment within the narcoterrorist class. We then develop a preventive model and decision-support tools to optimize resource allocation and formulate more eff(...)
narcoterrorism, local and global asymptotic stability, global threshold, optimal control, and numerical simulation.
ARTICLE
Algorithm Based on the Grey Wolves Attack Technique Method for Generating Pareto Optimal Front
Wendinda Bamogo, Alexandre Som, Kounhinir Somé
This paper proposes an algorithm for solving
multiobjective optimization problems using the attack technique
of the Grey Wolf. It is a metaheuristic method called a
Multiobjective Optimizer based on Grey Wolf Attack Technique
(MOGWAT). In fact, it is inspired by the modified Hybrid Grey
Wolf Optimizer and Genetic Algorithm (HmGWOGA), whic(...)
Multiobjective optimization; Metaheuristic methods; Pareto Optimality; Grey Wolf optimizer
ARTICLE
PERFORMANCE STUDY OF MULTIOBJECTIVE OPTIMIZER METHOD BASED ON GREY WOLF ATTACK TECHNICS30
Wendinda Bamogo, Kounhinir Some, and Guy Aymard Degla
This paper proposes a performance study for the Multiobjective Op-
timizer based on the Grey Wolf Attack technics (MOGWAT). It is a method of
solving multiobjective optimization problems. The method consists of the reso-
lution of an unconstrained single objective optimization problem, which is de-
rived from the aggregation of objective f(...)
Multiobjective optimization, Grey Wolf Optimizer, Pareto optimality.
ARTICLE
Grey wolves attack process for the Pareto optimal front construction in the multiobjective optimization
Wendinda Bamogo, Kounhinir Somé, Joseph Poda
We propose a new metaheuristic, HmGWOGA-MO, for solving multiobjective opti-
mization problems operating with a population of solutions. The method is a hybridization of
the HmGWOGA method, which is a single objective optimization method, and the ϵ-constraint
approach, which is an aggregation technique. The ϵ-constraint technique is one of(...)
Multiobjective optimization, Metaheuristics, Pareto optimality