| analyticlm | Analytic solution for least squares |
| analyticridge | Functions associated with ridge regression Analytic solution... |
| argmax | Given a matrix, find the max row value position |
| bayes | Bayesian object |
| bernoulli_sim | Simulate Bernoulli distribution from HW3 |
| bgd | Gradient descent algorithms |
| binomcdf | Compute the binomial cumulative density function |
| binom_mean | Mean of binomial variable |
| binompdf | Compute the binomial probability density function |
| binom_sd | Standard deviation of binomial variable |
| categoricalProbs.bayes | Conditional probability fitting step for Categorical data |
| combs | Discrete random variables - binomial probability Compute the... |
| confusionMatrix.bayes | Confusion matrix for reporting accuracy |
| continuousProbs.bayes | Conditional probability fitting step for Continuous data |
| coord_cut | Utility functions for working with Bayesian classifier Create... |
| create_outliers | Create outliers for 1-d vector X from hw1 specs |
| create_splits | For use with in generating training and test sets Create... |
| data_simulator | Simulate data for hw |
| fit.bayes | Fit training data to Bayesian Classifier |
| gauss_kern | Kernels used for localized estimation Gaussian Kernel |
| geometcdf | Geometric cumulative density function |
| geometpdf | Geometric probability density function for first success in x... |
| gridSearch.bayes | Implement grid search for the bayes object |
| grp_covar | Return a p*p covariance matrix for class K |
| grp_indices | Implementations related to Discriminant analysis Create... |
| grp_mean | Mean of each predictor attribute for each class K |
| huber_cond | Conditional for Huber Loss function |
| huber_loss | Huber Loss function (smooth mean absolute error) with... |
| kblock_kern | K-Block Kernel |
| kernelDensity.bayes | Kernel Density Estimate for Naive Bayes |
| lasso_gradient | Functions associated with lasso regression |
| ldf | Linear discriminant function (LDF) implementation |
| least_squares | Least squares objective |
| least_squares_gradient | Least squares gradient |
| least_squares_huber_gradient | Least Squares with Huber Loss Function gradient |
| least_squares_l1_gradient | Least Squares with Mean Absolute Error (L1 norm) gradient |
| least_squares_ql_gradient | Least Squares with Quadratic Loss gradient |
| lgm_gradient | Logistic gradient computation |
| lgm_yhat | Implementations for Logistic Regression Compute yhat for... |
| linda | Linear Discriminant Analysis implementation |
| local_lm | Local Linear Regression |
| logistic_gradient | Compute the logistic gradient with learning rate alpha |
| LOGMIN | Implement Naive Bayes Classifier |
| lsg | Least squares gradient with different handling of alpha |
| mae | Compute Mean Absolute Error (L1 norm) |
| matrix_group | Convert matrix to visualization format |
| mtcars | Testing data documentation mtcars dataset |
| normalize | Normalize a numeric object |
| nsim | Simulate a random normal distribution on an interval |
| pi_k | Compute prior probabilities for each class K |
| plotgrid | Coordinate grid for plotting |
| pooled_covar | Compute Pooled Covariance Matrix |
| popmat | Populate a Spatial Matrix with Aggregated Values |
| postSpatialProbs.bayes | Posterior Spatial probabilties |
| predict.bayes | Predict log probabilities for each class K |
| predict_proba.bayes | Predicts the log probabilities for each class and feature |
| priorProbs.bayes | Prior probability fitting step for Continous/Categorical data |
| quadratic_loss | Loss functions from hw1 - related to linear regression... |
| score.bayes | Accuracy scoring function for Binomial Naive Bayes |
| sgd | Stochastic Gradient Descent |
| spatial_fit.bayes | Fit spatial data |
| spatialProbs.bayes | Conditional probability fitting step for Spatial data |
| w | mtcars derivative variables |
| wls | Implement local linear regression with a Gaussian kernel, as... |
| x | mtcars derivative variables |
| y | mtcars derivative variables |
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