AIR VELOCITY DETECTION AND BOAT DISTANCE MEASUREING USING IOT

Authors

  • Prof.K.M.Nandhakumar Professor Department of Information Technology SNS College of Engineering
  • A.Sowmiya Student Department of Information Technology SNS College of Engineering
  • G.Jeevadharshini Student Department of Information Technology SNS College of Engineering
  • K.Hariprasath Student Department of Information Technology SNS College of Engineering

Keywords:

Arduino IDE, Humidity sensor, Liquid Crystal Display, Relay

Abstract

Fishing is one of the chief sources of food and income for almost all coastal lands irrespective of its
geological location in the earth. Since it has an important role to play in the economy of a country, there is no doubt
that neighbouring countries sharing the same oceans frequently engage in disputes in regards to ownership of the
area. This has resulted in deep problems to the fishermen community residing in the coastal regions of these countries.
Often, we hear in the news and see in the papers, one article or the other describing the issues faced by these
fishermen in their day to day commute to the oceans. In order to solve this issue, the governments of these countries
decided to have a common territory of ocean as international waters and that it would act as the region common as
well as a separation between the two lands. But even this did not prevent the fishermen from unknowingly wandering
off into the other country’s waters. Hence, there is a strong need to device methods to prevent this from happening and
save the fishermen from severe punishments and border disputes. Our Model helps to ensure the location of the
fishing boats through a new technology.

Downloads

Published

2019-03-31

How to Cite

Prof.K.M.Nandhakumar, A.Sowmiya, G.Jeevadharshini, & K.Hariprasath. (2019). AIR VELOCITY DETECTION AND BOAT DISTANCE MEASUREING USING IOT. International Journal of Technical Innovation in Modern Engineering & Science, 5(18), -. Retrieved from https://ijtimes.com/index.php/ijtimes/article/view/3226