E2.01 - Light Fidelity System (Li-FiS)
Li-Fi: Using Light for Wireless Communications.
Sponsor: NASA TSGC
Student Team: Patrick Towner, Yasmin Baqdounes, Nathan Boldt, Rupendra Chhetri
Faculty Advisor: Mr. Mark Welker
The Electro-Magicians are investigating light-fidelity technology to demonstrate a prototype proof-of-concept of an optical wireless communication system that sends and receives information between a base station to systems such as a robot arm, temperature sensing and control, and text-based communications by using light to transfer data between the systems. Like Wi-Fi, light-fidelity systems stream content from a server and the internet, making Li-Fi technology a viable option for future human spaceflight missions by providing advantages (over Wi-Fi) related to data transfer speeds and electromagnetic interference.
Some advantages of light fidelity technology include the bandwidth of near-infrared light being 700 times wider than the entire radio frequency bandwidth, opening up significantly more possible connections; light communications will not penetrate walls or any obstruction of light, eliminating threats such as signal hijacking or eavesdropping; and LED and photo-detecting circuits can be easily integrated into Li-Fi network and implemented into lamps or overhead lighting.
E2.01 Presentation
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E2.01 Poster Pitch
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Team Contact Information
Team Project Manager: Patrick Towner, ppt6@txstate.edu
Faculty Advisor: Mr. Mark Welker, m_w399@txstate.edu
Let us know what you think! You can evaluate our project here: E2.01 Evaluation Form