WEATHER SENSOR DATA ACQUISITION USING DELAY TOLERANT NETWORKING

Andjarwirawan, Justinus and Handojo, Andreas and DARMAWAN, BUDI (2011) WEATHER SENSOR DATA ACQUISITION USING DELAY TOLERANT NETWORKING. In: Bali International Seminar on Science and Technology, 22-07-2011 - , Denpasar - Indonesia.

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Abstract

Placing a weather sensor in a remote area requires a network media to deliver the data to an accessible database somewhere in the Internet. This situation requires Delay Tolerant Network to deliver data at a later period of time and continues to collect weather data for later deliveries to the connected network. An application is designed to be able to access the output data of an AAG wire weather sensor and keep the data in a database as long as the weather sensor is collecting data, so that those data are collectible at later time by a mobile computer with wireless connectivity. Then to deliver the data to a connected server in the Internet. This application is developed using Interplanetary Overlay Network, deployed in a mobile laptop from and to the remote sensor and an Internet connected server. It displays the output from weather sensor. The outputs displayed in a website with temperature, wind speed, and wind direction. From the implementation and experiment result, the application works successfully with the Interplanetary Overlay Network, useful to those who want to observe temperature, wind speed, and wind direction from a remote, connectionless area.

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