Adaptive System Framework for Preemptive Road Damage Awareness Against Climate Change

Abstract

Climate change is an act of a significant change in weather behavior that happens in everyday perspective. In the Bicol region, Albay is one of the most common provinces which is greatly affected by climate change in which heavy rains, drought, volcanic and hurricane is an occurring event each year. This province's common problem due to climate changes is the issues on road damages. Road Damage is one of the major problems in which the assessment of the road status needs to be updated to the drivers for safe traveling road experience. The research aims to create a framework design that integrates adaptive systems to Road Damage Awareness. Using the system methodologies for creating architectural frameworks for information systems, the research used interactive architecture and model-view-control design pattern to design the framework with the integration of adaptive systems. The development of the framework allows the identification of the needed processes of the existing information data to be targeted for the integration of the adaptive systems concept. The framework consists of the improved concept that changes depending on current climate changes that can affect the services of Road Damage Awareness. The design integrated with adaptive systems from the concept can reorganize and change tactics on changes to adapt to the current situation on climate change. This concept consists of the integration of Google Mapping API and weather information services that would base the current changes. The designed framework system represents that adaptive system concepts can be implemented to road damage assessment.