Game Theory: http://arxiv.org/abs/1512.06808—————#GameTheory #Gamification #Mathematics #Statistics…

🔥 8 skills = 8 free certifications >>>AI (Microsoft) -learn.microsoft.com/en-us/training/paths/… learning (NVIDIA) -learn.nvidia.com/en-us/training/self-pace… science (IBM) -skillsbuild.org/students/course-catalog/d… Analyst (Microsoft) -learn.microsoft.com/en-us/training/paths/… (Microsoft) -learn.microsoft.com/en-us/shows/intro-to-… (Infosys) -coursejoiner.com/freeonlinecourses/infosy… (Infosys) -coursejoiner.com/uncategorized/infosys-la… computing (AWS) - explore.skillbuilder.aws/learn/course/134…

با عرض سلام در مقاله زیر جهت سابمیت نیاز به نفر دوم داریم Title: FFChurn: Fusion Former for Customer Churn Classification Based on Transformer, FEDformer, and Informer Abstract: Customer churn prediction is a key issue in customer relationship management…اخرین زمان سابمیت این مقاله امشب...!@Raminmousa1

Machine learning books and papers pinned «با عرض سلام در مقاله زیر جهت سابمیت نیاز به نفر دوم داریم Title: FFChurn: Fusion Former for Customer Churn Classification Based on Transformer, FEDformer, and Informer Abstract: Customer churn prediction is a key issue in customer relationship management…»

با عرض سلام در مقاله زیر جهت سابمیت نیاز به نفر دوم داریمTitle: FFChurn: Fusion Former for Customer Churn Classification Based on Transformer, FEDformer, and InformerAbstract: Customer churn prediction is a key issue in customer relationship management that directly impacts organizational profitability and has created challenges for researchers and organizations. Machine learning (ML), Ensemble Learning (EL), and Deep Learning (DL) models have achieved comparable results on this problem. In this study, Fusion Former was introduced, integrating the FEDformer, Informer, and Transformer architectures to simultaneously extract local features and long-term dependencies. The pipeline for this model includes denoising with a wavelet transform, Min-Max normalization, and hybrid adaptive feature selection based on mutual information (MI), recursive feature elimination (RFE), and the Boruta algorithm. Four different versions of the model, including binary and ternary object fusion, were evaluated on two datasets. The results showed that the Fusion Former (FED+INF+Transformer) model, with F1 scores of 0.9876 on the Dataset 1 and 0.8887 on the Dataset 2, outperformed classical machine learning models, multilayer neural networks, and other binary combinations. Also, the sensitivity analysis of hyperparameters, which included changes in the cost function, batch size, and dropout size, methods for dealing with data imbalance, which included Smote, TMG-GAN, Ib-gan, T-SMOTE approaches, and the effect of feature selection, which included four methods: MI, RFE, Boruta, and Adaptive FS (Boruta+MI+RFE), confirmed the superiority and relative stability of the proposed model.Price:250$ @Raminmousa1@Machine_learn

هر هفته با یک موضوع تحقیقیموضوع :تولید داده های سری زمانی با استفاده از شبکه های عصبی تخاصمی در شبکه های هوشمند #Thesis #proposed_research@Raminmousa1@Machine_learn

🔖 Learning Data Science through interactive examplesOne of the most useful repositories for those who want to better understand machine learning.It transforms complex concepts into visual experiments: you can study models, change parameters, and immediately see the results.⛓ Link to GitHubgithub.com/GeostatsGuy/DataScienceInterac…