Networks and Web Technologies
This course introduces the fundamental concepts of computer networks and modern web technologies. It covers network architectures, communication protocols, TCP/IP, routing, Ethernet, and network addressing, as well as the operation of the World Wide Web and HTTP/HTTPS. Students are also introduced to client-side and server-side web development using HTML, CSS, JavaScript, web frameworks, databases, and HTTP methods. The course also addresses network and web security, responsive web design, and emerging web technologies.
General Objective
The main objective of this course is to provide students with a comprehensive understanding of the technologies that enable modern computer networks and web systems.
Target Level
2nd Year of Mathematics and Computer Science Applied to Management (MIAGE2)
Keywords
Computer Networks – TCP/IP – Network Protocols – Routing – Ethernet – HTTP/HTTPS – Web Technologies – HTML – CSS – JavaScript – Web Development – Databases – Web Security – Responsive Design
Advanced Networks provides a comprehensive study of modern computer networks, covering network architectures, IP addressing, routing, transport protocols, Quality of Service, WAN technologies, and mobile networks. The course combines theoretical concepts with guided exercises and practical activities to develop students’ ability to analyze, configure, and troubleshoot network infrastructures. It progressively moves from fundamental networking concepts to advanced protocols and technologies, with practical applications using networking simulation and analysis tools. The course aims to develop both the conceptual understanding and practical skills required to work with modern network environments.
This course, titled Inorganic Chemistry, is designed for second-year undergraduate students in Fundamental Chemistry, Semester 4. The objective of this course is to equip students with essential skills in general inorganic chemistry, with a special focus on solid-state chemistry and coordination chemistry. The course content is structured into several chapters. It begins with an introduction to the structure of solid materials, including crystalline and amorphous states, crystal defects, metallic structures, and bonding models. Following this, the chemistry of transition elements is explored, covering coordination complexes, their optical and magnetic properties, and bonding theories. Students will also be introduced to crystallography concepts such as unit cells, crystal lattices, symmetry, and Bravais lattices. The course further covers various metallic structures and packing arrangements, ionic structures like CsCl and NaCl types, as well as covalent structures.
تهدف الأعمال التطبيقية للميكانيك إلى ترسيخ المفاهيم النظرية المدروسة خلال المحاضرات من خلال تجارب عملية، تسمح للطالب بفهم الظواهر الفيزيائية المرتبطة بالحركة والقوى والطاقة
يتمكن الطالب من خلال هذه الحصص من تطوير مهارات القياس، استخدام الأجهزة، تحليل النتائج، واستخلاص القوانين الفيزيائية، مع التركيز على الدقة والتجريب العلمي
This module is designed for first-year students in the common core of Computer Engineering.
It provides a solid foundation in mathematical logic, focusing on propositional logic and predicate logic, and their role in formal reasoning.
Students will learn to construct and analyze logical statements, translate natural language into formal expressions, and apply rules of inference to build valid proofs.
The course develops essential skills for problem-solving in computer science and mathematics.
Ce cours aborde les notions des réseaux IP, en mettant l'accent sur le routage, la fiabilité des transmissions et les performances à haut débit.
Cours à la Physique Médicale, destiné aux étudiants en master 2 Physique des Rayonnements dans le cadre du programme d'enseignement en ligne et à distance. Cette formation est dispensée au Département de Physique, Faculté des Sciences, Université Ferhat Abbas-Sétif1, pour L'étudiant apprend: Les limites du diagnostiques et thérapeutiques qui nécessite l'intervention de la physique, Les applications de la physique dans le domaine médicale, La structure du noyau et le phénomène de radioactivité, Types de rayonnement et leurs interactions avec la matière, L'effet des rayonnements ionisants et ses risques sur la matière biologique, Utilisation les rayonnements pour le traitement et l'imagerie radiologique.
Le présent cours se focalise sur une catégorie particulière de problèmes : l’optimisation sans contraintes qui consiste à rechercher les extrema d’une fonction différentiable sans imposer de conditions sur les variables. Il vise à fournir aux étudiants les compétences nécessaires pour analyser la structure d’une fonction, identifier ses points critiques à l’aide du calcul différentiel (gradient, matrice hessienne). Le cours met également l’accent sur des conditions garantissant l’existence et l’unicité des solutions, notamment la continuité, la coercivité et la convexité des fonctions. Des méthodes analytiques seront étudiées, accompagnées d’une introduction aux méthodes numériques d’optimisation.