Skip to content

Welcome to the Dataiku version of the Kaggle's Load Prediction Challenge! In this repository, we present a Dataiku-centric approach to tackling the Load Prediction Challenge, a popular machine learning competition hosted on Kaggle

Notifications You must be signed in to change notification settings

leonism/Loan-Prediction-Dataiku

Repository files navigation

Dataiku Version of Kaggle's Load Prediction Challenge

Welcome to the Dataiku version of the Kaggle's Load Prediction Challenge! In this repository, we present a Dataiku-centric approach to tackling the Load Prediction Challenge, a popular machine learning competition hosted on Kaggle. This challenge revolves around predicting the load demand of electricity consumers based on various features such as time, weather conditions, and historical load data.

What is Dataiku?

Dataiku is a leading AI and machine learning platform that empowers organizations to collaboratively build, deploy, and manage data science solutions at scale. With its intuitive interface and powerful features, Dataiku streamlines the entire data science workflow, from data preparation and exploration to model development and deployment.

Overview of the Challenge

The Load Prediction Challenge on Kaggle provides participants with a dataset containing historical load data, weather information, and other relevant features. The goal is to develop machine learning models that accurately forecast the load demand for future time periods, enabling utilities and energy providers to better plan and manage their resources.

Approach with Dataiku

In this repository, we leverage the capabilities of Dataiku to preprocess the dataset, engineer meaningful features, and train predictive models for load prediction. Dataiku's visual interface and collaborative environment make it easy for data scientists and analysts to work together, experiment with different modeling techniques, and iterate on solutions efficiently.

Repository Contents

  • Data Preparation: We provide scripts and notebooks for preprocessing the dataset, handling missing values, and encoding categorical variables.
  • Feature Engineering: Explore our feature engineering techniques to extract valuable insights from the dataset and improve model performance.
  • Model Development: Dive into our model development process, where we train and evaluate various machine learning algorithms for load prediction.
  • Evaluation Metrics: Learn about the evaluation metrics used to assess the performance of our models and compare them against benchmark results.

How to Use

To get started with the Dataiku version of the Load Prediction Challenge, simply clone this repository and follow the instructions provided in the README files within each directory. Feel free to experiment with different modeling approaches, feature engineering strategies, and hyperparameter tuning techniques to optimize model performance.

Conclusion

We hope this repository serves as a valuable resource for data scientists, analysts, and enthusiasts interested in leveraging Dataiku for tackling real-world machine learning challenges like load prediction. Let's embark on this journey together and unlock the potential of data-driven insights for a brighter, more efficient future.

Disclaimer

And please remember, as this is only a weekend pet project, which I'm doing them for my personal interest only.

About

Welcome to the Dataiku version of the Kaggle's Load Prediction Challenge! In this repository, we present a Dataiku-centric approach to tackling the Load Prediction Challenge, a popular machine learning competition hosted on Kaggle

Topics

Resources

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published