Evaluation of Factors to Respond to the COVID-19 Pandemic Using DEMATEL and Fuzzy Rule-Based Techniques

• Main Authors: Abumalloh, RA (Author), Ahani, A (Author), Asadi, S (Author), Ghabban, F (Author), Nilashi, M (Author), Samad, S (Author), Supriyanto, E (Author), Yusuf, SYM (Author)
• Format: Article
• Language: English
• Published: 2021
• Subjects: AIR-QUALITY; COVID-19; DECISION-MAKING; DEMATEL; Fuzzy rule-based; IMPACT; KLANG VALLEY; MALAYSIA; Malaysian government; MASS GATHERINGS; MCO; MOVEMENT CONTROL ORDER; Multi-criteria decision making; PERFORMANCE; Public health; SYSTEM
• Online Access: View Fulltext in Publisher

 Since social and environmental conditions have changed dramatically in recent years, the spectrum of diseases caused by infections is also evolving rapidly. The outspread of COVID-19 has resulted in an emergency situation across the globe with significant effects on the population's lives, families, and societies, leading to concerns the World Health Organization. Accordingly, the virus has substantially threatened the Malaysians' public health and contributed considerably to increased healthcare expenses. Since the novel coronavirus was found in China, Malaysia's government has started its actions according to the World Health Organization procedures and concentrated on addressing and preventing the spread of the infection. The present paper aims to find and evaluate the factors to respond to the COVID-19 outbreak in Malaysia, limiting the outspread of the disease in this country. This study used the Decision-Making Trial and Evaluation Laboratory (DEMATEL) and Fuzzy Rule-Based techniques to evaluate the factors through a set of questionnaires completed by the health care professionals. According to the data analysis results, movement control order, international travel restrictions, and the mass gathering cancellations were of most importance in the prevention of COVID-19 infections transmission.