An Improved Internet of Things enabled Wireless Data Transmission using Visible Light Communication

In the current data oriented transmission industry, communication pathway is so important as considered to other concerns. Specifically, the data transmission model on disaster areas and the deep sea areas are so critical to deal with such data transmission scenarios. So, that a robust data communication model is required to resolve the issues faced over the disaster situations as well as in deep sea regions. This kind of system is so effective and needful to the fishermen who cannot hear the information from the ground sector in an immediate manner. In general light is the fastest transmission medium to penetrate as well as travel. This paper is admired from such light oriented communication to achieve fastest data transmission between entities. This paper is specifically focused on people like fishermen to come out form the disaster scenario and get the immediate information from the ground source regarding emergency situations by using just a light as a signal via light house. This kind of communication is called as Visible Light Communication (VLC), in which it is also called as LiFi. Light Wave based Communication technologies are the world's most powerful and quickest way of communication. Tsunamis and other natural calamities do enormous harm to humans, particularly in seaside regions. Regrettably, we do not have any technology capable of interacting with the occupants of the boat after they reach the water. Only satellite gadgets are capable of communication and no fisherman has the authority to manage those technologies. A new technique is necessary in this scenario to create communication between the fisherman and the control room as well as the LiFi is a medium or gadget that connects these two elements and successfully communicates with them through Light Houses to inform fisherman in emergency situations. In this paper, a specific light based data communication model is designed and that proves the efficiency of data transmission based on certain factors such as data transmission speed, reduced error ratio on data transmission and improved accuracy. The logic of Internet of Things (IoT) is associated with the proposed approach to transmit the data to the disaster location from anywhere in the globe at anytime. These all factors are properly achieved using the proposed VLC based data transmission scenario as well as the resulting section of this paper provides the proof of the mentioned things in clear manner.