RANCANGAN PENELITIAN MODEL HYBRID DETEKSI COVID-19 MENGGUNAKAN MARINE PREDATORS ALGORITHM (MPA) DAN INTERPOLASI LINIER

Abstract

The spread of the COVID 19 outbreak that occurred at the end of 2019 started from the city of Wuhan in China, this outbreak continues to spread to all corners of the world, this outbreak has also reached Indonesia, in Indonesia this outbreak has also spread to all corners of the country, this problem is the focus the government's attention because until now the epidemic cannot be stopped. The problem that occurs is very complex because of the difficulty of controlling the spread that occurs so that more and more residents are confirmed positive for COVID 19 but do not show symptoms in the sufferer, this incident is now called People Without Symptoms (OTG). The spread of the virus through OTGs has played a major role in spreading COVID 19 to other residents. The government has carried out COVID 19 tests on residents, but it still cannot be carried out optimally, this problem is faced by the cost, speed, and accuracy of test data that cannot be obtained optimally. This study proposes to build a hybrid algorithm that can speed up the process of analyzing data on residents who are confirmed positive for COVID 19 through the development of Marine-Predators-Algorithm (MPA) and Linear Interpolation that can be implemented to speed up CT-Scan results of patients' lungs and speed up test results to provide confirmed information. positive for COVID-19 in patients.