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Overwater Vehicle System for Water Depth Measurement

Ashwini Nangare, Manasi Patil, Prajakta Gharal

Abstract


This project proposed design and use of the Overwater Vehicle. The major part of earth is water (70%) and remaining part is land (30%). In comparison to dry land only few part of underwater environment is known to us. To better understand the Underwater environment and manage it, we need detailed accurate and information but it is clearly impractical to manually explore it. However an automatic machine can do this, and this reason for the development of Overwater Submersible Vehicle. It supports the range of 4m in open-air, overwater, outdoor environment. The proposed system can be used where the people cannot go or situation would be too dangerous for humans. That is the surveillance system can move and reach to the high destiny.

 

Keywords: BLDC fans, overwater, vehicle, ultrasonic model, survillance, depth measurement

 


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References


Margolis M. Arduino cookbook. 2nd edition, Published in 2011.

McRobort M. Beginning ARDUINO. 1st edition, published in 2010, ISBN number-978-1-4302-3241-4

Control and Automation (ICCA). 2013 10th IEEE International Conference on12-14 June 2013, ISSN: 1948-3449, Conference Location: Hangzhou.

Ballard R.D., Bryan W.B., Heirtzler J.R., et al. Manned submersible observations in the FAMOUS area: mid-Atlantic ridge. Science. 1975, vol. 190, 103-108p.

Heirtzler J.R., Andel T.H.V. Project FAMOUS: Programs, and setting. Geol.Soc.Am.Bull. 1997, vol.88, 481-487p.

Aras M.S.M., Kamarudin M.N., NOR A.S.M, et al. Development and modelling of unmanned underwater glider using the system identification method. Journal of Engineering and Technology. 2013, Vol. 56, 136-145p.


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