An Efficient Communication Scheme for Wi-Li-Fi Network Framework

One of the key requirements for inter active application is seamless connectivity. Existing wireless infrastructures is inadequate to support seamless connectivity. Recently Li-Fi networks are introduced to extend the RF connectivity to indoor regions. Light Fidelity (Li-Fi) Networks are becoming popular, due to their support of wide range of un-licensed bandwidth, which enables communication in radio Frequency (RF) sensitive environments, realizes energy-efficient data transmission, and has the potential to boost the capacity of wireless access network through spatial reuse. Due to the rapid development of Li-Fi Based systems they need to co-exist with existing wi-fi based RF systems until its fully evolved. Hence the concept of Wi-Li-Fi is very significant area of research. In this paper we have proposed novel hybrid communication scheme for Wi-Li-Fi environment with an hybrid environment experimental setup. In this scheme a novel M-frame and M-connect frame formats take care of the proper communication mechanism for the proposed model of Wi-Li-Fi environment. Experimental results have revealed that the proposed scheme outperforms the conventional methods for the crowded environments in terms of handover overhead and increase the average throughput. It is concluded that the proposed communication scheme can be able to improve the performance of future seamless interactive applications.