Manual min/max values specification to anticipate bigger values in data for forecasting
Automatic random and sequential dataset partition onto training and test sets
Detailed Data Analysis and Preprocessing Report
Create Neural Network
Fully automated neural network design - a special state-of-the-art constructive algorithm automatically creates and trains the most suitable neural network to solve your problem.
Neural networks for time-series forecasting
Unique "Next Target" mode: combination of regression and time-series forecasting
Automatic generation of versatile stopping condition to stop network training
Generalization loss control (10 preset levels)
Retain and restore best network
Manual network retrain
Retrain network to get better results
For experienced users
Manual stopping conditions (target error level, error improvement, correct classification rate, number of iterations)
Real-time control on training parameters (MSE, MAE, CCR, # of iterations).
Training Error Graph (network error by iteration)
Training Error Table (network error and error improvement by iteration)
Cost/Loss matrix
Perform Performance Analysis and Forecasting
Actual vs Forecasted Graph
Actual vs Forecasted Scatter Plot
Input Importance Chart
Error deviation graph
Actual vs Forecasted Table with absolute and relative errors
Confusion matrix
Error distribution table
R-squared and correlation calculation for a network
Tolerance levels to quickly estimate overall forecasting quality
Single-point forecasting and bulk forecasting
Quick forecasting with already trained network
Enjoy User Interface Extras
two convenient methods of data selection: by range and by column
complete color customization for reports and graphs