Geospatial infrastructure solutions for local government sectors: geo-enabling infectious disease monitoring system in state health departments
Journal: International Journal of Advanced Technology and Engineering Exploration (IJATEE) (Vol.8, No. 78)Publication Date: 2021-05-30
Authors : Abdul Rauf Abdul Rasam Nur Syaidatul Syuhada Ahmad Zuki Nurhafiza Md Saad; Rosmadi Ghazali;
Page : 670-684
Keywords : IS; Geospatial; ArcGIS solution; Disease system; Spatial health; Local and State governments.;
Abstract
Nowadays, airborne disease is one of the most killer diseases, in particular among a high urban population and uncontrolled movement activities of low socio-economic communities. Most local health departments in poor developing countries have difficulty in fully applying geospatial technology for local agencies due to high-cost and technical skills. This study demonstrates the ways to develop a low-cost and minimal-skill disease system for the local health government sector using the ArcGIS solution platform in Selangor, Malaysia. Features and functions of ArcGIS such as ArcGIS Pro, ArcGIS Online and Web Apps were explored for the disease mapping, data analysis and system development. By focusing on tuberculosis (TB) cases as examples, the result showed that a TB monitoring system was developed by fulfilling the user requirements. The system displays the database and mapping of the cases and spatially analyses the cases. A geospatial solution platform, mainly ArcGIS could assist the local organisations in managing the disease datasets in a systematic way.
Other Latest Articles
- THE RELATION BETWEEN AGE, FORMAL EDUCATION, DEGREE MAJOR, AND JOB SATISFACTION OF THE HR EMPLOYEES
- Enhancing a mobile application with contextual information delivery using proximity beacon: a preliminary study at a tourist destination
- Characteristics of nanocomposite polymer with temperature variation and heating time by using simple mixing method
- ELECTRONIC RECORDS MANAGEMENT PRACTICES IMPLEMENTED BY SECRETARIES IN MINISTRIES, DEPARTMENT AND AGENCIES IN KANO STATE NIGERIA
- Mechanical and metallurgical studies of multi-walled carbon nanotube–reinforced aluminium metal matrix surface composite by friction stir processing
Last modified: 2021-06-03 22:34:02