Mary Jane Samonte
ABSTRACT
Disaster risk management has never been more important today; applying disaster risk reduction policies and strategies combined with current technologies today can diminish the effects of catastrophes and possibly increase the chances of preventing and reducing the damage of future disasters. With today's innovations in technology, surveying the impact of a disaster from multiple avenues is possible nowadays. Current day sensors can be remotely utilized to provide real-time data for accurate analysis and interpretation. Data sensed remotely can be used very efficiently and quickly to assess damage's severity and impact of floods for disaster risk management. Aerial surveillance of an afflicted area can provide next-level insight and depth. Visual imaging and 2D mapping benefit large-scale disaster-prone areas. Today, drone technology has greatly improved those various nations use it for multiple purposes, including disaster management. Mapping the terrain and analyzing the extent of the damage from the air is beneficial for post risk disaster management. This study developed a web-based system that utilizes data from sensors and drones used to map, measure, and ascertain the extent of damage to the flooded area. Testing made to the system shows that every function has passed its test case and is working accordingly. The User Acceptance Questionnaire administered gathered a satisfying response from the target beneficiaries of the system in the criteria of complexity, navigation, responsiveness, and ease of use. The interface design particularly the color pallet was also improved based on the mixed feedback from the users.
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