Biblio

This paper proposes a new cryptosystem that combines Diffie-Hellman protocol implemented with hyperelliptic curves over a Galois field GF(2n) with Tree Parity Machine synchronization for a Visible Light Communication indoor channel. The proposed cryptosystem security focuses on overcoming a weakness of neuronal synchronization; specifically, the stimulus vector that is public, which allows an attacker to try to synchronize with one of the participants of the synchronization. Real data receptions of the Visible Light Communication channel are included. In addition, there is an improvement of 115% over a range of 100 $łeq$ tsync$łeq$ 400 of the average synchronization time t\_sync, compared to the classic Tree Parity Machine synchronization.

It is challenging in Security information and Platforms of Communication by Visible Light (VLC), solutions are made to manage the right Security problems. Several solutions have been developed and evolved constantly to meet complex and ever-changing business needs in the world. In the business context, people who are responsible for a project or an organization undergo professional and emotional stress. This research project has developed a new model which can help decision makers evaluating these alternative methods in relation to articulating different types of Security problems, formulating Security criteria, and simulating expectations of adopting the chosen method for Platforms of Communication by Visible Light (VLC).