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http://dx.doi.org/10.7471/ikeee.2022.26.3.396

Implementation of ICT-based Underwater Communication Monitoring Device for Underwater Lifting  

Yoon, Jong-Hwa (TheQuest Co., Ltd.)
Kang, Sang-iL (I-DON Co., Ltd.)
Yoon, Dal-Hwan (Dept. of Electronics Engineering, Semyung University)
Publication Information
Journal of IKEEE / v.26, no.3, 2022 , pp. 396-400 More about this Journal
Abstract
In this study, an ICT-based underwater communication monitoring device for underwater structures is implemented based on lifting fixture that transport human bodies found on the seabed to sea level. The lifting fixture is packaged with a retback, sideback, and cartridge that injects air. Monitoring systems are developed in a mobile manner in a portable structure. The underwater ultrasonic sensor signal is supplied using a USB port, and the O/S consists of Linux. For the underwater communication dong test, a measurement test was conducted in real time from 6m to 40m in depth on the east coast. The ultrasonic sound sensor is converted to 2,400 bps to verify the transmission error according to the duality. The communication speed of sensor to monitoring is 115,200 bps, and the speed of communication from controller to receiver is 2,400 bps. In the commercialization stage of the lifting device, it is easy to develop a low-end type and the compatibility is wide.
Keywords
Underwater communication; ICT; Marine disasters; Monitoring system; Lifting fixture;
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  • Reference
1 Central Maritime Safety Tribuna, "Announcement of Maritime Accident Statistics in 2021" 2021.
2 H. K. Min, N. H. Seong, etc, "Development of ICT-based human body lifting system for underwater structures," Techinical Report, Ministry of SMEs and Startups, 2021.
3 D. H. Yoon, "System for Preventing Secondary Accidents and Responding to Safety for Water Accidents, and METHOD," Patents 10-2020-0126397, 2020.
4 H. K. Min etc, "Information Transmission System of Lifting Apparatus," Patents 10-2020-0127360, 2020.
5 D. H. Yoon, M. H. Park, "Device and Method for Tracking position of Object in Case of Eater Accident," Patents 10-2020-0142370, 2020.
6 J. G. Kim, "The Design and Implementation of Seabed Auto-interpretation System Using Ultrasonic Signal Processing," 2001.
7 D. H. Yoon, "A system for preventing secondary accidents and responding to safety against water accidents, and the method thereof, Patent 10- 2020-0126397, 2020.