Table 5 ML models hyperparameters and split of training and test with RMSE on 16 features dataset.

From: FDRL: a data-driven algorithm for forecasting subsidence velocities in Himalayas using conventional and traditional soil features

Model

Hyperparameters (16 Features)

Top-16 features

Training RMSE

mm/year

Test RMSE

mm/year

Decision tree regression

Maximum depth = 5,

Minimum samples split = 10

2.43

2.79

K neighbors’ regression

Nearest neighbours: 5

2.21

2.69

Support vector regression

C = 1, epsilon = 0.08, kernel = rbf

1.13

1.77

Random forest regression

Number of estimators = 100,

maximum depth = 5

1.74

1.98

FDRL

RFR: number of estimators = 100, maximum depth = 5

DTR: Maximum depth = 5, Minimum samples split = 10

KNR: Nearest neighbors = 5

SVR: C = 1, epsilon = 0.08, kernel = rbf

1.11

1.32