Fundamentals Of Digital Network And Information Systems

Données Générales
Programme Académique	General Engineering Program			Responsable(s) Module : GAGNEUX Antoine
Type d'EC : Cours	Fundamentals Of Digital Network And Information Systems (LIIAem08EBasRes)
TD : 6h00 TP : 8h00 Cours : 20h00 Travail personnel : 26h00 Durée totale: 60h00	Status	Periode Academic Semester	Langue d'enseignement : French

Objectifs Généraux
Update Date : 18/12/2024 This module covers the fundamentals of computer networks, including the historical context and various use cases. It also explores the client/server model of communication, network components, and infrastructure. The module introduces the TCP/IP/Ethernet communication protocols, along with the more generalist TCP/IP and OSI models for communication. Addressing schemes at the layer 2 (MAC Address) and layer 3 (IP Address) are also discussed, as well as frames and packet processing and the role of end devices and intermediary devices (switch/routers) in network communication. The module explores communication on local and remote networks, including an in-depth discussion of the Address Resolution Protocol (ARP). Private and Public networks are differentiated and the role of adress translation (NAT, with or without PAT) clarified. Practical knowledge of configuration of an IP/Ethernet network interface, network, and router are aquired and frame analysis is practiced. Security of information systems is a critical aspect, and this module provides an understanding of internal and external threats to information systems. It also introduces cryptographic schemes to encrypt and decrypt data, as well as the Information Systems Security Policy (ISSP). Lastly, the module delves into the General Data Protection Regulation (GDPR), which is a regulation in EU law on data protection and privacy for all individuals within the European Union (EU) and the European Economic Area (EEA).

Objectifs Généraux

Update Date : 18/12/2024

This module covers the fundamentals of computer networks, including the historical context and various use cases. It also explores the client/server model of communication, network components, and infrastructure. The module introduces the TCP/IP/Ethernet communication protocols, along with the more generalist TCP/IP and OSI models for communication.

Addressing schemes at the layer 2 (MAC Address) and layer 3 (IP Address) are also discussed, as well as frames and packet processing and the role of end devices and intermediary devices (switch/routers) in network communication. The module explores communication on local and remote networks, including an in-depth discussion of the Address Resolution Protocol (ARP). Private and Public networks are differentiated and the role of adress translation (NAT, with or without PAT) clarified.

Practical knowledge of configuration of an IP/Ethernet network interface, network, and router are aquired and frame analysis is practiced.

Security of information systems is a critical aspect, and this module provides an understanding of internal and external threats to information systems. It also introduces cryptographic schemes to encrypt and decrypt data, as well as the Information Systems Security Policy (ISSP).

Lastly, the module delves into the General Data Protection Regulation (GDPR), which is a regulation in EU law on data protection and privacy for all individuals within the European Union (EU) and the European Economic Area (EEA).

Contenu
1 - Understand the fundamentals of computer networks, including their historical context and various use cases. 2 - Learn about the client/server model of communication, network components, and infrastructure. 3 - Understand what a communication protocol is and what are their specifications, as well as TCP/IP and OSI models for communication. 4 - Understand addressing schemes at layer 2 (MAC Address) and layer 3 (IP Address), frames and packet processing, and the role of end devices and intermediary devices in network communication. 5 - Gain an in-depth understanding of IP communication on local and remote networks, including the Address Resolution Protocol (ARP). 6 - Understand the critical aspect of information system security and learn about internal and external threats to information systems. 7 - Learn about cryptographic schemes to encrypt and decrypt data, as well as the Information Systems Security Policy (ISSP). 8 - Gain knowledge of the General Data Protection Regulation (GDPR) and its impact on data protection and privacy for individuals in the EU and EEA.

Contenu

1 - Understand the fundamentals of computer networks, including their historical context and various use cases.

2 - Learn about the client/server model of communication, network components, and infrastructure.

3 - Understand what a communication protocol is and what are their specifications, as well as TCP/IP and OSI models for communication.

4 - Understand addressing schemes at layer 2 (MAC Address) and layer 3 (IP Address), frames and packet processing, and the role of end devices and intermediary devices in network communication.

5 - Gain an in-depth understanding of IP communication on local and remote networks, including the Address Resolution Protocol (ARP).

6 - Understand the critical aspect of information system security and learn about internal and external threats to information systems.

7 - Learn about cryptographic schemes to encrypt and decrypt data, as well as the Information Systems Security Policy (ISSP).

8 - Gain knowledge of the General Data Protection Regulation (GDPR) and its impact on data protection and privacy for individuals in the EU and EEA.

Prérequis
Boolean logic/algebra and binary numbers

Bibliographie
https://hautrive.developpez.com/reseaux/ https://baptiste-wicht.developpez.com/tutoriels/reseau/introduction/ https://skillsforall.com/ https://www.netacad.com/

Évaluation(s)
N°	Nature	Coefficient	Objectifs
1		75	Written exam
2		25	Lab