Disease Prediction using Hybrid Optimization Methods based on Tuning Parameters

M. Anbarasi, K. S. Sendhil Kumar, R. Balamurugan, Thejasswini
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Abstract

Swarm Intelligence (SI) is increasing day by day in the various research fields. There are many swarm-based optimizations introduced since the early ’60s, Evolutionary Algorithms (EA) is the most updated one. All Evolutionary Algorithms have proved their capability to resolve most of the optimization problems. These algorithms are using for training the neural networks in this paper. The main difficulty for any optimization problem is selecting the correct values of parameters to get possible results. The main idea to get the best convergence rate and best performance is to vary the parameters of the algorithms. This paper provides a comparison of the most used and essential swarm-based optimization algorithms. Here, comparing the optimization algorithms, Particle Swarm Optimization (PSO), and Multi-Verse Optimization (MVO) before and after tuning the parameters with three different datasets.
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基于调优参数的混合优化方法的疾病预测
群体智能(Swarm Intelligence, SI)在各个领域的研究日益增多。自60年代初以来,有许多基于群体的优化方法被引入,进化算法(EA)是最新的一种。所有的进化算法都证明了它们解决大多数优化问题的能力。本文将这些算法用于神经网络的训练。任何优化问题的主要困难是选择正确的参数值来获得可能的结果。为了获得最佳的收敛速度和最佳的性能,主要思想是改变算法的参数。本文对最常用的和最基本的基于群的优化算法进行了比较。本文比较了粒子群优化算法(PSO)和多重宇宙优化算法(MVO)在三种不同数据集参数调优前后的差异。
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