one-hot-encoding

There are 138 repositories under one-hot-encoding topic.

  • entron/entity-embedding-rossmann

    Language:Jupyter Notebook8683523328
  • Wongi-Choi1014/Korean-OCR-Model-Design-based-on-Keras-CNN

    Korean OCR Model Design(한글 OCR 모델 설계)

    Language:Python7211824
  • zouguojian/Travel-time-prediction

    When Will We Arrive? A Novel Multi-Task Spatio-Temporal Attention Network Based on Individual Preference for Estimating Travel Time

    Language:Python25315
  • Multi-label-movie-poster-genre-classification

    d-misra/Multi-label-movie-poster-genre-classification

    Keras implementation of multi-label classification of movie genres from IMDB posters

    Language:Jupyter Notebook16213
  • iAmKankan/Natural-Language-Processing-NLP-Tutorial

    NLP tutorials and guidelines to learn efficiently

  • yammadev/cbrs

    Case-based Reasoning (CBR) System

    Language:Jupyter Notebook8212
  • labrijisaad/Predicting-Student-Admissions-with-Neural-Networks-using-Python

    We tried in this notebook to predict student admissions to graduate school at UCLA based on three pieces of data.

    Language:Jupyter Notebook610
  • Abdelrahmanrezk/nlp_in_actions

    Natural Language Processing In Actions

    Language:Jupyter Notebook5200
  • gogundur/Classification

    Classification - Term Deposit Opening Decision

    Language:Jupyter Notebook5202
  • Heart-Failure-Prediction-

    jayachandru001/Heart-Failure-Prediction-

    This project involves training of Machine Learning models to predict the Heart Failure for Heart Disease event. In this KNN gives a high Accuracy of 89%.

    Language:Jupyter Notebook5101
  • Hoda233/Arabic-Text-Diacritization

    Using Natural Language Processing techniques, to predict diacritics of an Arabic Text.

    Language:Jupyter Notebook4000
  • Shahrukh2016/Retail_Sales_Prediction

    Revolutionize sales forecasting for Rossmann stores with our high-accuracy XGBoost model, leveraging data analysis, feature engineering, and machine learning to predict sales up to six weeks in advance.

    Language:Jupyter Notebook4200
  • avestura/scikit-heart-disease-classifier

    💚 A heart disease classifier using 4 SVM kernels and decision trees, with PCA, ROC, pruning, grid search cv, confusion matrix, and more

    Language:Jupyter Notebook310
  • mdnuruzzamanKALLOL/One-Hot-Encoding-User-Input-LR

    Feature Engineering

    Language:Jupyter Notebook310
  • Abdulrahmankhaled11/House-Price-Prediction

    Using Regression algorithms for predict houses prices for a dataset

    Language:Jupyter Notebook210
  • AIprototype/LogisticRegression-CreditApproval-Python

    Create a machine learning model using logistic regression that can predict credit card approvals from the described dataset.

    Language:Python2101
  • bharatkulmani/Dry-Bean

    Project is about predicting Class Of Beans using Supervised Learning Models

    Language:Jupyter Notebook2100
  • billy-enrizky/predicting_income_project

    Practicion of Machine Learning, One-hot encoding, Random Forest, Hyperparameter Tuning, Grid Search CV, With accuracy of 84.92%!

    Language:HTML2100
  • Real-Estate-Statistical-Modeling

    griffinbran/Real-Estate-Statistical-Modeling

    Predictive analysis, with feature engineering, and machine learning (ML) algorithms, such as linear regression, applied to predict the final sale price of homes in Ames, IA from 2006-2010.

    Language:Jupyter Notebook2100
  • mdnuruzzamanKALLOL/One-Hot-Encoding

    Feature Engineering

    Language:Jupyter Notebook2
  • MUHAMMADAKMAL137/IMDB-Dataset-Classification-using-Pre-trained-Word-Embedding-with-GloVec-6B

    In this project, I worked with a small corpus consisting of simple sentences. I tokenized the words using n-grams from the NLTK library and performed word-level and character-level one-hot encoding. Additionally, I utilized the Keras Tokenizer to tokenize the sentences and implemented word embedding using the Embedding layer. For sentiment analysis

    Language:Jupyter Notebook2100
  • prushh/data-analytics-exercises

    Exercises for the "Data Analytics" course, University of Bologna (2021/2022)

    Language:Python2101
  • sayo2rule/bank-churning-with-machine-learning

    This repository covers my code using regression models to predict if a customer would be exiting a bank or not. It also capture the use classification models to classify if a customer has left the bank or not (binary classification).

    Language:Jupyter Notebook2100
  • vaitybharati/Assignment-06-Logistic-Regression

    Assignment-06-Logistic-Regression. Output variable -> y y -> Whether the client has subscribed a term deposit or not Binomial ("yes" or "no") Attribute information For bank dataset Input variables: # bank client data: 1 - age (numeric) 2 - job : type of job (categorical: "admin.","unknown","unemployed","management","housemaid","entrepreneur","student", "blue-collar","self-employed","retired","technician","services") 3 - marital : marital status (categorical: "married","divorced","single"; note: "divorced" means divorced or widowed) 4 - education (categorical: "unknown","secondary","primary","tertiary") 5 - default: has credit in default? (binary: "yes","no") 6 - balance: average yearly balance, in euros (numeric) 7 - housing: has housing loan? (binary: "yes","no") 8 - loan: has personal loan? (binary: "yes","no") # related with the last contact of the current campaign: 9 - contact: contact communication type (categorical: "unknown","telephone","cellular") 10 - day: last contact day of the month (numeric) 11 - month: last contact month of year (categorical: "jan", "feb", "mar", ..., "nov", "dec") 12 - duration: last contact duration, in seconds (numeric) # other attributes: 13 - campaign: number of contacts performed during this campaign and for this client (numeric, includes last contact) 14 - pdays: number of days that passed by after the client was last contacted from a previous campaign (numeric, -1 means client was not previously contacted) 15 - previous: number of contacts performed before this campaign and for this client (numeric) 16 - poutcome: outcome of the previous marketing campaign (categorical: "unknown","other","failure","success") Output variable (desired target): 17 - y - has the client subscribed a term deposit? (binary: "yes","no") 8. Missing Attribute Values: None

    Language:Jupyter Notebook2305
  • arbaazkhaan/FIFA-Dataset-Refinement

    Welcome to the FIFA Dataset Data Cleaning and Transformation project! This initiative focuses on refining and enhancing the FIFA dataset to ensure it is well-prepared for in-depth analysis. The project involves a comprehensive data cleaning process and transformation of key features to improve data quality and usability.

    Language:Jupyter Notebook1100
  • BradyFisher/Housing-Prices-Machine-Learning-Project

    This is a project where I use the Random Forest Regression and XGBoost Machine Learning Techniques to held predict the Sales Price of Houses..

    Language:Jupyter Notebook1200
  • BradyFisher/Machine-Learning-Titanic-Project

    This is a project where use the Random Forest Classifier and XGBoost Machine Learning Techniques to held predict what passengers survived the sinking of the Titanic.

    Language:Jupyter Notebook1100
  • parsa-abbasi/intro-to-nlp

    An Introduction to Natural Language Processing (NLP)

    Language:Jupyter Notebook110
  • PraveenHurakadli/Heart-Disease-Prediction-Using-PCA

    Utilizing Principal Component Analysis (PCA) for insightful feature reduction and predictive modeling, this GitHub repository offers a comprehensive approach to forecasting heart disease risks. Explore detailed data analysis, PCA implementation, and machine learning algorithms to predict and understand factors contributing to heart health.

    Language:Jupyter Notebook1100
  • sef007/Neural-Network-Email-Classifier-Numpy-Only

    Neural Network using NumPy, V1: Built from scratch. V2: Optimised with hyperparameter search.

    Language:Python1100
  • sef007/NN-Numpy-Only-HOG-Feature-Extraction-and-ML-Library-Integration

    Digit Recognition Neural Network: Built from scratch using only NumPy. Optimised version includes HOG feature extraction. Third version utilises prebuilt ML libraries.

    Language:Python1200
  • shimolina-polina/processing-of-data

    Processing of data gaps, coding of categorical features, data scaling.

    Language:Jupyter Notebook1100
  • Skygers/Multiclass-U-Net-for-liver-tumor-segmentation

    Liver Tumor Detection using Multiclass Semantic Segmentation with U-Net Model Architecture. CT-Scan images processed with Window Leveling and Window Blending Method, also CT-Scan Mask processed with One Hot Semantic Segmentation (OHESS)

    Language:Jupyter Notebook1100
  • Tikhon-Radkevich/DynamicGridworld

    Here, you'll find my solution to the Dynamic Gridworld Sales Prediction challenge

    Language:Jupyter Notebook1100