decision-forest

There are 13 repositories under decision-forest topic.

  • tensorflow/decision-forests

    A collection of state-of-the-art algorithms for the training, serving and interpretation of Decision Forest models in Keras.

    Language:Python65725164106
  • google/yggdrasil-decision-forests

    A library to train, evaluate, interpret, and productionize decision forest models such as Random Forest and Gradient Boosted Decision Trees.

    Language:C++462148549
  • RGF-team/rgf

    Home repository for the Regularized Greedy Forest (RGF) library. It includes original implementation from the paper and multithreaded one written in C++, along with various language-specific wrappers.

    Language:C++373187657
  • DFNET

    pievos101/DFNET

    Network-guided greedy decision forest for feature subset selection

    Language:R7201
  • martinferianc/SentimentAnalysis-EIE3

    Sentiment analysis from small grayscale pictures by decision forests done as a coursework for CO395

    Language:Python420
  • grahman20/ADF

    Adaptive Decision Forest(ADF) is an incremental machine learning framework called to produce a decision forest to classify new records. ADF is capable to classify new records even if they are associated with previously unseen classes. ADF also is capable of identifying and handling concept drift; it, however, does not forget previously gained knowledge. Moreover, ADF is capable of handling big data if the data can be divided into batches.

    Language:Java3300
  • grahman20/TLF

    We present a framework called TLF that builds a classifier for the target domain having only few labeled training records by transferring knowledge from the source domain having many labeled records. While existing methods often focus on one issue and leave the other one for the further work, TLF is capable of handling both issues simultaneously. In TLF, we alleviate feature discrepancy by identifying shared label distributions that act as the pivots to bridge the domains. We handle distribution divergence by simultaneously optimizing the structural risk functional, joint distributions between domains, and the manifold consistency underlying marginal distributions. Moreover, for the manifold consistency we exploit its intrinsic properties by identifying $k$ nearest neighbors of a record, where the value of k is determined automatically in TLF. Furthermore, since negative transfer is not desired, we consider only the source records that are belonging to the source pivots during the knowledge transfer. We evaluate TLF on seven publicly available natural datasets and compare the performance of TLF against the performance of eleven state-of-the-art techniques. We also evaluate the effectiveness of TLF in some challenging situations. Our experimental results, including statistical sign test and Nemenyi test analyses, indicate a clear superiority of the proposed framework over the state-of-the-art techniques.

    Language:Java2300
  • zislam/ForestPA

    Class implementing decision forest algorithm Forest PA, using bootstrap samples and penalized attributes. Uses and depends on SimpleCart.

    Language:Java2100
  • AndreeaMusat/machine_learning

    Language:Jupyter Notebook1100
  • zislam/SysFor

    Implementation of the decision forest algorithm SysFor, a forest of high accuracy decision trees.

    Language:Java1100
  • ellapav/decision-tree

    Decision Tree applied to a diabetes database

    Language:Jupyter Notebook0100
  • grahman20/SiMI

    SiMI imputes numerical and categorical missing values by making an educated guess based on records that are similar to the record having a missing value. Using the similarity and correlations, missing values are then imputed. To achieve a higher quality of imputation some segments are merged together using a novel approach.

    Language:Java0200
  • dimits-ts/AI-algorithms

    A collection of common AI algorithm implementations (N-queens, Othello, ID3 and decision forests).

    Language:C++10