This repository contains the lab work and project tasks for the Computer Networks (Lab) course, a 5th-semester subject at Superior University. The course focuses on theoretical and practical aspects of computer networking, enabling students to understand and implement network configurations, protocols, and architectures. π
-
SuperiorUniversity
:
The main repository containing all the course-related work. π« -
Computer Networks (Lab)
:
This folder contains all the lab tasks and the semester project for the Computer Networks (Lab) course. πLab1
toLab14
:
Each folder contains tasks, configurations, and solutions for respective lab sessions. Each lab folder includes Cisco Packet Tracer.pkt
files for simulation. π₯οΈLab_Project
:
The folder contains the detailed documentation and simulation files for the Campus Network Design Project. ποΈ
Introduction to Networking Tools
- Familiarization with Cisco Packet Tracer and basic networking concepts. π§
Basics of Networking Devices
- Overview of routers, switches, and basic commands for configuration. π
IP Addressing and Subnetting
- Hands-on practice with IP addressing and subnetting techniques. π
Static Routing
- Configuring static routes between networks in Cisco Packet Tracer. π‘
Dynamic Routing (RIPv2)
- Implementing RIPv2 routing protocol to automate route sharing. π
Access Control Lists (ACLs)
- Configuring ACLs to secure and control network traffic. π
Introduction to VLANs
- Basics of VLAN creation and implementation. π·οΈ
Inter-VLAN Routing
- Configuring router-on-a-stick for inter-VLAN communication. π οΈ
Subnetting vs. Supernetting
- Detailed comparison with examples and simulation in Cisco Packet Tracer. π’
Network Design Research
- Exploration of topics for a semester project and documentation submission. π
DHCP, VLAN, and DNS
- Configurations and examples of DHCP, VLAN, and DNS in network setups. π
VLAN & Inter-VLAN Routing Configuration
- Step-by-step implementation of VLANs and routing. βοΈ
Revision of VLAN & Routing
- Applying VLAN and routing concepts to previous network topologies. π
Project Preparation
- Final practice session to prepare for the semester project. π
The project involves designing and implementing a scalable, secure, and reliable wired network for a university campus using Cisco Packet Tracer. It focuses on hierarchical network design, VLAN segmentation, IP addressing, and routing protocols. π
- Main and Branch Campus Network: Separate networks for administration, academics, and student labs. π’
- Technologies Implemented: VLANs, DHCP, RIPv2, SSH security, and server configurations. π
- Outcome: A robust network supporting seamless communication and resource sharing. π
Detailed documentation and simulation files are available in the Lab-Project
folder.
- Clone the Repository:
git clone https://github.com/Hifza-Khalid/SuperiorUniversity.git