This repository contains the configuration files, screenshots, and documentation for a Campus Network Simulation project. The project involves the design and implementation of a multi-building campus network with key features including:
- Dynamic IP Allocation (DHCP): Automatically assigns IP addresses to end devices across multiple subnets.
- VLANs: Segregates network traffic within buildings for enhanced performance and organization.
- Routing (RIP): Ensures seamless communication between buildings and subnets.
- NAT (Network Address Translation): Provides internet access to devices in private networks.
- Scalable Network Design: Supports multiple buildings with unique subnets.
- Dynamic Addressing: Simplifies IP management using DHCP pools.
- Traffic Isolation: Implements VLANs for secure and efficient intra-building communication.
- Inter-Building Connectivity: Enables routing between subnets using RIP.
- Internet Access: Configures NAT for external communication.
- Configuration Files: Router and switch configurations for the network setup.
- Implementation Details: Screenshots and step-by-step explanations of configurations.
- Testing Results: Evidence of successful pings, DHCP leases, and NAT translations.
- Documentation: Full project report detailing objectives, implementation, and outcomes.
To replicate this network simulation:
Clone this repository:
git clone https://github.com/your-username/campus-network-simulation.git