TY - EJOU AU - Khan, Abdul Hannan AU - Khan, Muhammad Adnan AU - Abbas, Sagheer AU - Siddiqui, Shahan Yamin AU - Saeed, Muhammad Aanwar AU - Alfayad, Majed AU - Elmitwally, Nouh Sabri TI - Simulation, Modeling, and Optimization of Intelligent Kidney Disease Predication Empowered with Computational Intelligence Approaches T2 - Computers, Materials \& Continua PY - 2021 VL - 67 IS - 2 SN - 1546-2226 AB - Artificial intelligence (AI) is expanding its roots in medical diagnostics. Various acute and chronic diseases can be identified accurately at the initial level by using AI methods to prevent the progression of health complications. Kidney diseases are producing a high impact on global health and medical practitioners are suggested that the diagnosis at earlier stages is one of the foremost approaches to avert chronic kidney disease and renal failure. High blood pressure, diabetes mellitus, and glomerulonephritis are the root causes of kidney disease. Therefore, the present study is proposed a set of multiple techniques such as simulation, modeling, and optimization of intelligent kidney disease prediction (SMOIKD) which is based on computational intelligence approaches. Initially, seven parameters were used for the fuzzy logic system (FLS), and then twenty-five different attributes of the kidney dataset were used for the artificial neural network (ANN) and deep extreme machine learning (DEML). The expert system was proposed with the assistance of medical experts. For the quick and accurate evaluation of the proposed system, Matlab version 2019 was used. The proposed SMOIKD-FLS-ANN-DEML expert system has shown 94.16% accuracy. Hence this study concluded that SMOIKD-FLS-ANN-DEML system is effective to accurately diagnose kidney disease at initial levels. KW - Fuzzy logic system; artificial neural network; deep extreme machine learning; feed-backward propagation; SMOIKD-FLS; SMOIKD-ANN; SMOIKD-DEML; SMOIKD-FLS-ANN-DEML DO - 10.32604/cmc.2021.012737