Project Name: Ghost-beam Li-Fi Telecommunication System
Description: The Ghost-beam Li-Fi Telecommunication System is an ongoing project focused on advancing the field of secure and high-speed wireless communication using light-based technology. This project utilizes a multi-frequency light beam approach, where each frequency represents a single bit of data, resulting in a significantly increased data rate compared to traditional communication methods.
The primary objective of this project is to increase the data rate and ensure the highest level of data security, particularly in applications involving confidential information, such as military communication. To achieve this, the project incorporates a special encoding and decoding method specifically designed to enhance data privacy and prevent unauthorized access.
The system leverages Li-Fi (Light Fidelity) technology, which utilizes visible light as the medium for transmitting data wirelessly. By harnessing light waves, the project aims to overcome limitations faced by conventional radio frequency-based communication systems, such as limited bandwidth and susceptibility to interference.
This repository serves as a central hub for the project's source code, documentation, and related resources. It aims to foster collaboration, encourage community engagement, and provide a platform for further research and development in the field of Li-Fi telecommunication. Contributions from researchers, developers, and enthusiasts are welcomed and encouraged.
Key Features:
- Multi-frequency light beam transmission for increased data rate
- Special encoding and decoding methods for enhanced security
- Utilization of Li-Fi technology for wireless data transmission
- Focus on confidentiality and secure communication, particularly for military applications
- Potential future expansion to multi-frequency laser technology