1. Road Flood Sensor with Web and Mobile Application Support Polytechnic University of the Philippines Computer Engineering Department

2. Introduction 3rd most disaster-prone 3. Introduction 20 storms 4. Introduction road floods Delay of Goods and ServicesStranded Employees and StudentsDrivers UncertaintyLarge Traffic 5. Introduction Our recent research shows that no existing flood sensors are made to study the behaviour of water on flooded roads in the Mobile ApplicationSMS-based ServicePrototypeWeb Application 6. Transport Economic Education Disaster Preparedness Disaster Preparedness Purpose of the Study Transport Economic Education 7. Government Transport Group Public Private Significance of the Study Government Transport Group Public Private 8. Operation of the Device How it works? 9. Road Flood Unit Sensor 10. Operation of the Device = - Ping Distance Ping Distance Time Interval & multiplied to Speed of Sound divided by 2 = 3 3.5 meters 11. Operation of the Device Road Flood Water Data Analysis 9 10 10 9 10 10 10 9 109 9 9 10 10 10 10 10 10 SORTMODE/MEDIAN = 10 Expected Min Value = 9 Expected Max Value = 11 12. RESEND FLUPDATE 12 UPDATED To subscribe with RoadFloodPH SMS Service for FREE: Text INFO to 21583567 and follow the rest of SMS instructions Or visit our website for RoadFloodPH updates at: www.roadflood.ph 13. Research Proponents: Bautista, Johnver B. Lleno, Kim Carla B. Malagday, Katrina Hazel R. Muya, Mark Anthony D. Advisers: Dr. Remedios G. Ado Engr. Ronald D. Fernando CoE Chairperson: Engr. Pedrito M. Tenerife Jr. Special thanks to: Microsoft Philippines Globe Labs API 14. Road Flood Sensor with Web and Mobile Application Support Polytechnic University of the Philippines Computer Engineering Department