Mitigation of Interference in Underwater Wireless Acoustic Communication - A Survey

K. Divya, R. Maheswar, P. Jayarajan
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引用次数: 1

Abstract

The exploitation of natural resources which is present in under water is in increasing order, particularly in the sea. With much technological furtherance in the fields of healthcare, monitoring the environment, oil and gas exploration and others, it has ignited the process of growing. Wireless communications underwater play a vital role in all these systems that are available depending on radiofrequency, optical, and acoustic transmissions. Because of its advantages such as attenuation and distortion is less, low absorption, long range links, all others, Acoustic communication is chosen for many applications among these technologies. Underwater Acoustic communication has ample number of challenges in wireless medium. One of the main challenges is to manage the use of limited battery power. Many features hinder the utilization of battery power during transmission and Interference play a vital role because more power will be used in the retransmission of lost signals. This survey paper investigates about the different methods to reduce the interference in underwater wireless acoustic communication.
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水下无线水声通信中的干扰抑制研究综述
对存在于水下的自然资源,特别是在海洋中的自然资源的开发正日益有序。随着医疗保健、环境监测、石油和天然气勘探等领域的技术进步,它已经点燃了成长的进程。水下无线通信在所有这些依赖于射频、光学和声学传输的系统中起着至关重要的作用。由于其衰减和失真小、吸收低、链路距离长等优点,在这些技术中,许多应用都选择了声学通信。在无线介质中,水声通信面临着许多挑战。主要的挑战之一是管理有限的电池电量的使用。在传输过程中,许多特性阻碍了电池功率的利用,干扰起着至关重要的作用,因为在丢失的信号的重新传输中将使用更多的功率。本文研究了减少水下无线水声通信干扰的不同方法。
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