光数据传输使用便携式USB Li-Fi模块(加密狗)

Shreyash A. Pande, Shruti J. Sonar, Shubham K. Ingale
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引用次数: 3

摘要

无线通信已经成为我们生活中不可缺少的一部分。目前,射频频谱是最流行的可用手段,因此充斥着诸如微波炉、视频设备、雷达系统、无线电导航等设备。因此,射频频谱处于耗尽的边缘。显然,我们需要寻找无线传输数据的替代方案。最有希望的替代方案似乎是Li-Fi(光保真度)[5]。Li-Fi是光无线通信(OWC)的一个例子,它可以以非常高的速率传输数据,并且可以克服Wi-Fi面临的某些挑战。它使用的可见光光谱比整个无线电频谱大1万倍[1]。Li-Fi可以在水下、飞机(确保其周围环境的顺利运行)和石化工业(使用射频频谱可能被证明是致命的)中传输数据。此外,光波不能穿透墙壁,因此使其成为最安全的无线通信形式[1]。我们制作了一个便携式原型装置,它可以利用可见光光谱在两台或多台个人电脑之间建立无线通信。该便携式设备结构紧凑,可确保房间内设备之间的数据传输安全。
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Optical data transmission using portable USB Li-Fi module (dongle)
Wireless communication has become an indispensable part of our lives. Currently, RF spectrum is the most popular means available and hence is crowded with devices such as microwave ovens, video devices, radar systems, radio navigation and many more. Due to which the RF spectrum is on the verge of exhaustion. Clearly, we need to look out for alternatives to transmit the data wirelessly. The most promising alternative seems to be Li-Fi (Light Fidelity) [5]. Li-Fi, an example of OWC (optical wireless communication) can transmit data at a very high rate, moreover it can overcome certain challenges faced by Wi-Fi. It uses the visible light spectrum which is 10,000 times larger than the entire radio frequency spectrum [1]. Li-Fi can transmit data underwater, in aircraft (ensuring smooth working of its surroundings) and petrochemical industries (where using RF spectrum can prove to be lethal). Also, the light waves are not able to penetrate through walls, thus making it most secured form of wireless communication [1]. We have made a portable prototype of device that can establish a wireless communication between two or more personal computers using visible light spectrum. The portable device is compact and can ensure secured data transmission between devices within a room.
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