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Course Material of Computer Networks

🌐 Computer Networks Course Material 📚

Explore comprehensive course materials for Computer Networks, including lecture notes, assignments, and resources to master the fundamentals of networking.

📓 Dive into the world of computer networks and enhance your knowledge with this repository.

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This syllabus covers a comprehensive range of topics from foundational concepts of socket programming to practical hands-on labs dealing with various dynamic routing protocols and their implementations in network configurations.

1. Introduction to Socket Programming: Basics of communication between computers using sockets for network applications.
2. Socket Programming - TCP Client-Server: Understanding and implementing communication protocols using TCP for client-server interactions.
3. Socket Programming - UDP Client-Server: Understanding and implementing communication protocols using UDP for client-server interactions.
4. Socket Programming: TCP and UDP Concurrent Servers: Implementing servers capable of handling multiple clients concurrently using TCP and UDP protocols.
5. Computer Networks Exam: An examination, likely assessing understanding and application of network-related concepts covered in the course.
6. Intro To Cisco Packet: Introduction to using Cisco Packet Tracer, a simulation tool for network design, configuration, and troubleshooting.
7. Routers with Multiple Networks and Static Routing: Configuration and understanding of routers managing multiple networks using static routing.
8. Dynamic Routing Using RIP: Implementation and understanding of dynamic routing using the RIP (Routing Information Protocol).
9. Subnetting and Dynamic Routing Lab: Practical exercises focusing on subnetting techniques alongside dynamic routing protocols.
10. EIGRP Lab: Understanding Dynamic Routing with EIGRP: Lab sessions exploring EIGRP (Enhanced Interior Gateway Routing Protocol) for dynamic routing.
11. OSPF Multi-Area Lab: Understanding Link-State Routing with OSPF: Lab sessions centered around OSPF (Open Shortest Path First) protocol for understanding link-state routing in multiple areas.
12. Introduction to VLSM VLSM allows subnets to be of variable size within a single class A, B, or C network. It improves subnet usability by allocating subnet masks based on varying subnet size requirements.
13. VLSM and DHCP Combining Variable Length Subnet Masking (VLSM) and Dynamic Host Configuration Protocol (DHCP) for efficient IP address allocation and subnet management within complex networks.
14. Access Control List Utilizing Access Control Lists (ACLs) as gatekeepers to regulate network traffic, ensuring security by allowing or denying access based on predefined rules.
15. Comprehensive Networks Project - Network Wizardry A complex network implementation involving VLSM subnetting, routing protocols, ACLs, NAT configurations, and DHCP setups, emphasizing robust network design and security.