Spline-based approximations to the TreeNet dependency plots
Exporting TreeNet dependency plots into XML file
Interactions: allow interactions penalty which inhibits TreeNet from introducing new variables (and thus interactions) within a branch of a tree
Auto creation of new spline-based approximation variables. One step creation and savings of transformed variable to new dataset
Automation: Build a series of models changing the minimum required size on child nodes (Automate MINCHILD)
Automation: Varying the number of "folds" used in cross-validation (Automate CVFOLDS)
Automation: Repeat cross-validation process many times to explore the variance of estimates (Automate CVREPEATED)
Automation: Build a series of models using a user-supplied list of binning variables for cross-validation (Automate CVBIN)
Automation: Check the validity of model performance using Monte Carlo shuffling of the target (Automate TARGETSHUFFLE)
Automation: Indicates whether a variable importance matrix report should be produced when possible (Automate VARIMP)
Automation: Saves the variable importance matrix to a comma-separated file (Automate VARIMPFILE)
Automation: Build a series of models by varying the random subsample size (Automate TNSUBSAMPLE)
Automation: Build a series of models by varying the quantile value when using the QUANTILE loss function(AutomateTNQUANTILE)
Automation: Build a series of models by varying the class weights between UNIT and BALANCED in N Steps (Automate TNCLASSWEIGHTS)
Auto creation of new spline-based approximation variables. One step creation and saving of transformed variable to new dataset
Flexible control over interactions in a TreeNet model (ICL)
Interaction strength reporting
Interactions: Generate reports describing pairwise interactions of predictors
Interaction Control Lists (ICL): gives you complete control over structural interactions allowed or not allowed during model building
Interactions: compute interaction statistics among predictors, for regression and logistic models only
Subsample separately by target class. Specify separate sampling rates for the target classes in binary logistic models
Control number of top ranked models for which performance measures will be computed and saved
Advanced controls to reduce required memory (RAM)
Extended Influence Trimming Controls: ability to limit influence trimming to focus class and/or correctly classified
Differential Lift Modeling (Netlift/Uplift)
Delta ROC Uplift as a performance measure
Uplift Profile tab for Uplift Results
TreeNet Newton Split Search and Regularization penalties (RGBoost) (TN NEWTON=YES, RGBL0, RGBL1, RGBL2)
Save information for further processing and individual tree predictions
TreeNet Monotonicity Controls
Added Sample with Replacement option to GUI dialog
Hessian to control tree growing in TreeNet
Newton-style splitting is now available for TreeNet Uplift loss
QUANTILE specifies which quantile will be used during LOSS=LAD
POISSON: Designed for the regression modeling of integer COUNT data
GAMMA distribution loss, used strictly for positive targets
NEGBIN: Negative Binomial distribution loss, used for counted targets (0,1,2,3,…)
COX where the target (MODEL) variable is the non-negative survival time while the CENSOR variable indicates
Tweedie loss function
New table showing "Top Interactions Pairs"
Control over number of bins reported in Uplift tables
Translation of models with INIT option
Random Selection of Predictors: first for tree then random subset from that list for node
Save detailed 2-way interaction statistics to a file
Control the depth of each tree
Automation: Build two linked models, where the first one predicts the binary event while the second one predicts the amount (Automate RELATED). For example, predicting whether someone will buy and how much they will spend
Automation: Build a series of models limiting the number of nodes in a tree (Automate NODES)
Automation: Convert (bin) all continuous variables into categorical (discrete) versions using a large array of user options (equal width, weights of evidence, Naïve Bayes, supervised) (Automate BIN)
Automation: Produces a series of three TreeNet models, making use of the TREATMENT variable specified on the TreeNet command (Automate DIFFLIFT)
Automation: Build a series of models varying the speed of learning (Automate LEARNRATE)
Automation: Build a series of models by progressively imposing additivity on individual predictors (Automate ADDITIVE)
Automation: Build a series of models utilizing different regression loss functions (Automate TNREG)
Automation: Build a series of models by varying subsampling fraction (Automate TNSUBSAMPLE)
Automation: Build a series of models using varying degree of penalty on added variables (Automate ADDEDVAR)
Automation: Explore the impact of influence trimming (outlier removal) for logistic and classification models (AUTOMATE INFLUENCE)
Automation: Stochastic search for the optimal regularization penalties (Automate TNRGBOOST)
Modeling Pipelines: RuleLearner, ISLE
Build a CART tree utilizing the TreeNet engine to gain speed as well as alternative reporting, and control over interactions using ICL
Build a RandomForests model utilizing the TreeNet engine to gain speed as well as partial dependency plots, spline approximatons, variable interaction statistics, and control over interactions using ICL
RandomForests inspired sampling of predictors at each node during model building
TreeNet Two-Variable dependency plots (3D plots) on-demand based on pairwise Interaction scores
TreeNet One-Variable dependency plots based on interaction scores
TreeNet in RandomForests mode for Classification
Random split selection (RSPLIT)
Median split selection (MSPLIT)
Automation: Explore the impact of influence trimming (outlier removal) for logistic and classification models (Automate INFLUENCE)
Automation: Exhaustive search and ranking for all interactions of the specified order (Automate ICL)
Automation: Varies the number of predictors that can participate in a TreeNet branch, using interaction controls to constrain interactions (Automate ICL NWAY)
Automation: Stochastic search of the core TreeNet modeling parameters (Automate TNOPTIMIZE)
Salford Predictive Modeler
