Abstract
Extreme Learning Machine (ELM) is popular in batch learning, sequential learning, and progressive learning, due to its speed, easy integra-tion, and generalization ability. While, Traditional ELM cannot train massive data rapidly and efficiently due to its memory residence, high time and space complexity. In ELM, the hidden layer typically necessitates a huge number of nodes. Furthermore, there is no certainty that the arrangement of weights and biases within the hidden layer is optimal. To solve this problem, the traditional ELM has been hybridized with swarm intelligence optimization techniques. This paper displays five proposed hybrid Algorithms "Salp Swarm Algorithm (SSA-ELM), Grasshopper Algorithm (GOA-ELM), Grey Wolf Algorithm (GWO-ELM), Whale optimization Algorithm (WOA-ELM) and Moth Flame Optimization (MFO-ELM)". These five optimizers are hybridized with stan-dard ELM methodology for resolving the tumor type classification using gene expression data. The proposed models applied to the predication of electricity loading data, that describes the energy use of a single residence over a four-year period. In the hidden layer, Swarm algorithms are used to pick a smaller number of nodes to speed up the execution of ELM. The best weights and preferences were calculated by these algorithms for the hidden layer. Experi-mental results demonstrated that the proposed MFO-ELM achieved 98.13% accuracy and this is the highest model in accuracy in tumor type classification gene expression data. While in predication, the proposed GOA-ELM achieved 0.397which is least RMSE compared to the other models.