An Underwater Data Acquisition and Transmission Testbed Based on BeiDou Satellite System (BDS) and Underwater Acoustic Communication Technology

Yishan Su, Yongpeng Zuo, Yun Li, Zhigang Jin, Xiaomei Fu
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Abstract

During the past decade, the research of underwater acoustic sensors network have gained significant progress. With the deployment of UASNs, the acquisition and long-range transmission of underwater data becomes a challenge. Traditionally, the data from underwater sensors can be sent to terrestrial control center mainly by VHF (very high frequency) or satellite communication systems. However, a VHF communication system can only cover the area with a distance of 15-30km and a satellite communication system may cost a lot especially for a long-time-deployed sensor network. To effectively evaluate the performance of underwater networks and further transmit underwater data from open sea, in this paper, we develop an underwater data acquisition and transmission testbed based on BeiDou Satellite System (BDS) and underwater acoustic communication technology. With the help of the proposed testbed, we can conduct various tests including protocols evaluations and underwater application developments.
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基于北斗卫星系统和水声通信技术的水下数据采集与传输试验台
近十年来,水声传感器网络的研究取得了重大进展。随着水下无人潜艇的部署,水下数据的获取和远程传输成为一个挑战。传统上,水下传感器的数据主要通过甚高频(VHF)或卫星通信系统发送到地面控制中心。然而,甚高频通信系统只能覆盖距离为15-30公里的区域,卫星通信系统可能会花费很多,特别是对于长时间部署的传感器网络。为了有效地评估水下网络的性能,进一步从公海传输水下数据,本文开发了基于北斗卫星系统(BDS)和水声通信技术的水下数据采集与传输试验台。在该试验台的帮助下,我们可以进行各种测试,包括协议评估和水下应用开发。
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