El Afia Abdellatif – National School of Computer Science and Systems Analysis Mohammed V University, Morocco
Title of the Talk: Revolutionizing Healthcare: Harnessing the Power of Machine Learning for a Healthier Tomorrow
In this plenary session, we look at how Machine Learning and Healthcare come together to create positive changes. We start by explaining the basics of Machine Learning and how it has evolved. Then, we examine the current state and challenges in healthcare. This helps us understand how Machine Learning can be used in healthcare. We then explore the impacts and ways Machine Learning is used in healthcare. We also talk about the characteristics and challenges of healthcare data when using Machine Learning. Finally, we discuss the opportunities and difficult problems of the dataset integration with Machine Learning and the necessary steps to make this integration effective.
Enrique Zuazua – University of Deusto, Spain
Title of the Talk: Machine Learning: A Mathematician’s Perspective
Hachimi Hanaa – National School of Applied Sciences Kenitra Ibn Tofail University, Morocco
Title of the Talk: Bio-Inspired Algorithms: Mathematical Optimization on Engineering Applications and Perspectives
Luciano Sanchez Ramos – University of Oviedo, Spain
Title of the Talk: Coming Soon
AI Ethics in Education and Research: Confronting the Rise of “Erudite Illiterates”
ADLY Samir – University of Limoges, France
Title of the Talk: Coming Soon
AI Ethics in Education and Research: Confronting the Rise of “Erudite Illiterates”
ERDAL KARAPINAR – Atilim University, Turkey
Title of the Talk: Recent advances in fixed point theory?
We shall discuss some of the recently published papers in order to draw a conclusion on the recent advances in the setting of metric fixed point theory.
AI Ethics in Education and Research: Confronting the Rise of “Erudite Illiterates”
Mudasir Younis – Sakarya University, Türkiye
Title of the Talk: Fixed Points with Purpose: Recent Applications of Metric Fixed Point Theory
Metric fixed point theory has become a powerful framework for addressing nonlinear problems in mathematics and the applied sciences. This talk highlights recent developments and applications of fixed-point results, emphasizing how classical ideas and modern extensions together bridge theory and real-world problem solving.