IR Underwater Wireless Communication: A Review

Himani Yadav, Sanjeev Seth, R. Mehra
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Abstract

One of the biggest difficulties in the realm of technology is underwater wireless communication. Due to the increase in the number of vehicles and other equipment being used underwater, which need high bandwidth and consequently large capacity for information transfer, underwater wireless information transfer is of great importance. It was put forth and has gotten the most attention in the past 10 years. Although this field has made successive advancements, there has also been a concurrent constraint, which led to the replacement of acoustics with infrared waves (IR). The light emitting diode that delivers pulsed bursts of IR radiation to the light sending diode inside the second communication module receives the pulsed signal after it has passed through the modulation circuit. A suitable strategy is then chosen for the communication with the least amount of loss and the greatest amount of distance. In this paper, a secure underwater communication method is proposed.
红外水下无线通信技术综述
技术领域最大的困难之一是水下无线通信。由于水下使用的车辆和其他设备数量的增加,需要高带宽和大容量的信息传输,水下无线信息传输具有重要意义。在过去的10年里,它被提出并得到了最多的关注。尽管这一领域取得了连续的进展,但同时也存在一个限制,这导致了用红外波(IR)代替声学。向第二通信模块内的发光二极管提供红外辐射脉冲爆发的发光二极管在脉冲信号通过调制电路后接收该脉冲信号。然后选择合适的通信策略,使损耗最小,距离最大。本文提出了一种安全的水下通信方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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