Date

6-2010

Degree Name

BS in Computer Engineering

Department

Computer Engineering Department

Advisor(s)

Hugh Smith

Abstract

This report details the exploration and invention of a mechanism that can detect breaks in an irrigation system. With the ultimate goal of conserving water, we have designed an inexpensive, self sustaining flow rate monitor that can be used to identify anomalies in an irrigation system and wirelessly communicate the status of the system to a base station. Our implementation can also determine the direction of the anomaly based on the nature of the anomaly itself. This means that multiple monitors can be used to pinpoint the location of a break within the system in addition to merely detecting its existence. The results of our research have indicated, however, that our flow rate sensor concept is not compatable with a water-based environment.