hyper-parameter-tuning

There are 30 repositories under hyper-parameter-tuning topic.

  • BCG-X-Official/sklearndf

    DataFrame support for scikit-learn.

    Language:Python62897
  • sharmaroshan/Big-Mart-Sales-Prediction

    Using Machine Learning Algorithms for Regression Analysis to predict the sales pattern and Using Data Analysis and Data Visualizations to Support it.

    Language:Jupyter Notebook301013
  • timzatko/Sklearn-Nature-Inspired-Algorithms

    Nature-inspired algorithms for hyper-parameter tuning of Scikit-Learn models.

    Language:Python282149
  • sharmaroshan/Online-Shoppers-Purchasing-Intention

    In this data set we have perform classification or clustering and predict the intention of the Online Customers Purchasing Intention. The data set was formed so that each session would belong to a different user in a 1-year period to avoid any tendency to a specific campaign, special day, user profile, or period.

    Language:Jupyter Notebook16109
  • sharmaroshan/Cervical-Cancer-Prediction

    In this data set, We have to predict the patients who are most likely to suffer from cervical cancer using Machine Learning algorithms for Classifications, Visualizations and Analysis.

    Language:Jupyter Notebook10214
  • sharmaroshan/Breast-Cancer-Wisconsin

    This is Data set to Classify the Benign and Malignant cells in the given data set using the description about the cells in the form of columnar attributes. There are Visualizations and Analysis for Support.

    Language:Jupyter Notebook8204
  • sharmaroshan/Employee-Reviews

    This is Project which contains Data Visualization, EDA, Machine Learning Modelling for Checking the Sentiments.

    Language:Jupyter Notebook8203
  • cebes/hyper-optimizer

    Convenient classes for optimizing Hyper-parameters, using Random search, Spearmint and SigOpt

    Language:Jupyter Notebook6200
  • itahirmasood/coursera-deep-learning-specialization-by-deeplearning-ai

    Graded assignments of all the courses that are being offered in Coursera Deep Learning Specialization by DeepLearning.AI. (i) Neural Networks and Deep Learning; (ii) Improving Deep Neural Networks: Hyperparameter tuning, Regularization and Optimization; (iii) Structuring Machine Learning Projects; (iv) Convolutional Neural Network (v) Squence Model

    Language:Jupyter Notebook4201
  • SankethNagarajan/tracta_ml

    Combined hyper-parameter optimization and feature selection for machine learning models using micro genetic algorithms

    Language:Python4001
  • thieu1995/mealpy-classification

    Hyper-parameter tuning of classification model with Mealpy

    Language:Python4103
  • thieu1995/mealpy-text-classification

    Text classification with Machine Learning and Mealpy

    Language:Python4113
  • thieu1995/mealpy-timeseries

    Hyper-parameter tuning of Time series forecasting models with Mealpy

    Language:Python4103
  • e-baumer/pos

    A gradient free optimization routine which combines Particle Swarm Optimization with a local optimization for each particle

    Language:Python3300
  • bettercallshao/sklearn_surrogatesearchcv

    Surrogate adaptive randomized search for hyper-parameters tuning in sklearn.

    Language:Python2300
  • kyu999/KMBBO

    Efficient and Scalable Batch Bayesian Optimization Using K-Means

    Language:Python2200
  • vigneshprakash1997/Online-Shoppers-Purchasing-Intention

    The data used in this analysis is an Online Shoppers Purchasing Intention data set provided on the UC Irvine’s Machine Learning Repository. The primary purpose of the data set is to predict the purchasing intentions of a visitor to this particular store’s website. The data set was formed so that each session would belong to a different user in a 1-year period to avoid any tendency to a specific campaign, special day, user profile, or period.

    Language:Jupyter Notebook1100
  • bilgesucakir/spotify-song-recommendation

    Data visualization, hypothesis testing and song recommendation with Python

    Language:Jupyter Notebook0100
  • Chandrahasd/exp_manager

    A simple python interface for running multiple parallel instances of a python program (e.g. gridsearch).

    Language:Python0200
  • gabrielleberanger/predicting-rain

    Predicting if it will rain the next day with clustering and supervised ML

    Language:Jupyter Notebook0100
  • hssandriss/performance-predictor

    Performance predictor with learning curves and meta-features

    Language:Jupyter Notebook0100
  • imranzaheer612/flight-fare-prediction-regression

    Flight fare perdicting model

    Language:Jupyter Notebook0100
  • Jooong/optuna-worker

    CLI to create and optimize optuna study without explicit objective function

    Language:Python0100
  • Kavitha-Kothandaraman/Featurization-Model-Selection-Tuning

    Modeling of strength of high performance concrete using Machine Learning

    Language:Jupyter Notebook0100
  • Rathore25/CNN

    Visualized the activations of hidden layers, analyzed feature invariance due to different image alterations and the effects of change in filter-sizes and strides

    Language:Jupyter Notebook0200
  • UdeshikaDissa/Machine-Learning_Supervised-Learning

    Predicting the Contraceptive Method Choice of a Woman Based on Demographic and Socio-economic Characteristics - The objective of this study is to to predict the contraceptive methods (no use, long-term methods, or short-term methods) of a woman based on her demographic and socio-economic characteristics. A data-set of 1473 married women with their demographic and socio-economic characteristics used in this study. The Source for the data-set is the UCI Machine Learning Repository at, http://http://archive.ics.uci.edu/ml/datasets/Contraceptive+Method+Choice [?]. This study consists of two phases. The objective of Phase I is to preprocess and explore the data-set in order to build the model in Phase II. All the activities have been performed in the Python package in this study and Compiled from Jupyter Notebook This report covers both narratives and the Python pseudocodes for the data preprocessing and exploration performed under phase I. Content of this report is organized as follows. Section 1 describes the data sets and their attributes. Section 2 covers data preprocessing. In Section 3, each attribute and its inter-relationships are explored.

    Language:Jupyter Notebook0101
  • dkatz23238/RandomForestAdaptiveExperim

    Using Facebook Adaptive Experimentation platform to tune random forest regressors using docker

    Language:Python10
  • goedgeai/dropt-example

    Examples of parameter tuning via DrOpt.

    Language:Python10
  • Naveen-Karanamu/Used-Cars-Price-Prediction

    The used cars price is predicted using various features - Decision Tree & Random Forest

    Language:Jupyter Notebook10
  • rhysstubbs/HPOExperimentResults

    Hyper-Parameter Optimisation experiment as part of my undergraduate dissertation (2019)

    Language:MATLAB101