FAMS : a mobile application for flood alert and monitoring system using Arduino Microcontroller / Gervy Andrew V. Amagsila [and three others]
Material type:
- UGT CCIT BSIT .A434 2017

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National University - Manila | LRC - Main Thesis | Information Technology | UGT CCIT BSIT .A434 2017 c.1 (Browse shelf(Opens below)) | c.1 | Available | UGTHE000001094 |
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UGT CCIT BSIT .A383 2014 c.1 NU-ACTS : National University alumni community tracer system / | UGT CCIT BSIT .A383 2014 c.2 NU-ACTS : National University alumni community tracer system / | UGT CCIT BSIT .A383 2014 c.3 NU-ACTS : National University alumni community tracer system / | UGT CCIT BSIT .A434 2017 c.1 FAMS : a mobile application for flood alert and monitoring system using Arduino Microcontroller / | UGT CCIT BSIT .A434 2017 c.2 FAMS : a mobile application for flood alert and monitoring system using Arduino Microcontroller / | UGT CCIT BSIT .A485 2014 c.1 Shopping list manager, product locator and best buy advisor android app for Savemore Market / | UGT CCIT BSIT .A485 2014 c.2 Shopping list manager, product locator and best buy advisor android app for Savemore Market / |
Research Method : Descriptive Method.
Includes bibliographical references.
Title page -- Recommendation for oral examination -- Approval Sheet -- Grammarian certificate -- Dedication --Acknowledgement -- Executive Summary -- Publishable full paper format -- Table of contents -- List of figures -- List of tables -- Chapter 1. Introduction -- Chapter 2. Review of related literature and studies -- Chapter 3. Technical background -- Chapter 4. Methodology, Results and Discussion-- Chapter 5. Summary and Recommendation -- References -- Appendices.
A mobile application for measuring the flood level in main roads using Arduino Microcontroller. This paper proposes the development of an android application for the all the vehicle owners that uses their smartphones while travelling or getting flood reports on the route that they are passing. Working with an Arduino prototype for detecting the flood, it alerts the user if their vehicle can pass through the flood safely or with precaution. The app will work with the prototype by using the smartphone's GPS to determine its location. Whenever the vehicle owner enters the range of the prototype based on its location, it will alert the app of vehicle owner about the flood condition on that area whether it is passable or not.
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