Resource Allocation for Parallel Links in Hybrid WiFi/VLC Systems
Alenezi, Abdulmajeed, Electrical Engineering - School of Engineering and Applied Science, University of Virginia
Brandt-Pearce, Maite, Electrical and Computer Engineering, University of Virginia
Due to the high demand for wireless data transmission recently, hybrid systems have been proposed to satisfy that demand. Visible light communication (VLC) is a promising approach due to many advantages such as high capacity, operating at an unregulated frequency band, and low power consumption. We propose a new hybrid system that simultaneously transmits data over two parallel links: RF and VLC. The uplink is set to be only RF while the downlink is a combination of two independent systems that transmit data in parallel without interference. The proposed system can offload users from one system to another to ensure achieving either a maximum or fair data rate over the users. The proposed model tested better than stand-alone WiFi, and two other hybrid systems. Simulations showed that it has the best performance in term of either maximizing the minimum data rate or maximizing the average data rate.
MS (Master of Science)
Visible Light Communication, Resource Allocation, Hybrid system
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