Andere Kunden interessierten sich auch für
![Algorithme d'apprentissage machine amélioré : Perspective des grandes données]( "Algorithme d'apprentissage machine amélioré : Perspective des grandes données")
Algorithme d'apprentissage machine amélioré : Perspective des grandes données27,99 €![Classification of breast cancer data using enhanced supervised ML]( "Classification of breast cancer data using enhanced supervised ML")
Classification of breast cancer data using enhanced supervised ML29,99 €![Enhanced Machine Learning Algorithms]( "Enhanced Machine Learning Algorithms")
Enhanced Machine Learning Algorithms44,99 €![GRASP MOBILE NETWORK GENERATIONS FROM SECURE AI PERSPECTIVE]( "GRASP MOBILE NETWORK GENERATIONS FROM SECURE AI PERSPECTIVE")
GRASP MOBILE NETWORK GENERATIONS FROM SECURE AI PERSPECTIVE36,99 €![Machine Learning for Microeconomic Forecasting]( "Machine Learning for Microeconomic Forecasting")
Machine Learning for Microeconomic Forecasting29,99 €![Enhanced Dielectrophoretic Enrichment of Nanoparticles Using a Nanotip]( "Enhanced Dielectrophoretic Enrichment of Nanoparticles Using a Nanotip")
Enhanced Dielectrophoretic Enrichment of Nanoparticles Using a Nanotip32,99 €![Python at the Core: Machine Learning & Beyond]( "Python at the Core: Machine Learning & Beyond")
Python at the Core: Machine Learning & Beyond29,99 €
We are living in a big data world where enormous data as a flood is brimming from all around to spawn Data Ocean. These data are fascinating if handled appropriately or else it is nothing more than trash. An ordinary algorithm is not competent in dealing out this mammoth dataset, as they are programmed to work based on the instruction. At present machine learning and data mining is gaining esteem as it is consists of a wide range of robust algorithms, which is capable of dispensation big data. The main aspiration of this work is to recognize the performances hurdle of machine learning classification algorithm due to complexity added by imbalance dataset for training purpose. The main contribution of this work is to generate a hybridization pre-processing and resampling technique which will able to reduce the complexity due to an imbalance big datasets and thus enhances performances of ML classification algorithms during assembling a precise predictive model. The algorithm proposed in this book, Hybridization Preprocessing and Resampling Technique (HPRT) is an enhanced technique, designed to reduce the complexity of dataset.