The typically begins with , where relevant datasets are gathered for analysis. This data may then undergo to remove any inconsistencies or errors. is then carried out to identify the most important variables for the analysis.
Next, takes place where various machine learning algorithms like , , , , , , , , or are applied to the data. is often used to ensure the model performs well on unseen data.
is crucial to assess the performance of the trained models. may be necessary to improve the predictive accuracy of the model. Once a satisfactory model is obtained, it can be Deployed for use in real-world scenarios.
of the model’s performance is vital to ensure its continued effectiveness. may be needed to maintain the model's accuracy over time. In specific cases, techniques can be utilized.
Overall, the Predictive Modelling Process involves a series of steps from Data Collection to Model , incorporating various techniques like Regression Analysis, Decision Trees, Random Forests, Support Vector Machines, Neural Networks, and more to make accurate predictions.
Keywords
k-nearest neighbors | cross-validation | model evaluation | data cleaning | monitoring | regression analysis | model training | ensemble learning | data collection | decision tree | support vector machine | gradient boosting | predictive modelling process | logistic regression | model tuning | random forest | time series forecasting | feature selection | neural network | data preparation | deployment |
