VN2 Inventory Planning Challenge
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VN2 Inventory Planning Challenge

Test your inventory planning skills: cut holding costs, prevent shortages, and master real-world inventory planning.

DataSource.AI
E-commerce/Retail
Total Prize 18,000
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Notebooks

Community contributed notebooks to help you get started right away

13 Notebooks

Static Order Up To Level Simulation Starter

Static Order Up To Level Simulation Starter NB With Polars/Numba. This can easily be made forecast driven!

Jack Rodenberg

4 months ago

VN2 Inventory simulation code

The "official" code

Nicolas Vandeput

4 months ago

Official Benchmark

An 13-week seasonal moving average combined with a forecast-driven policy with a 4 weeks coverage

Nicolas Vandeput

4 months ago

Inventory Snapshots

A forward-looking graphic view of the inventory position and balance

David Armstrong

4 months ago

Getting Started - Forecasting with Machine Learning

Learn how to use MLForecast to leverage machine learning models for time series forecasting

Marco Peixeiro

4 months ago

Getting Started - Forecasting with Deep Learning

Use deep learning for time series forecasting

Marco Peixeiro

4 months ago

Deep Reinforcement Learning for Inventory Planning

Implementation of Deep RL for the VN2 Inventory Planning challenge

Matias Alvo

4 months ago

Getting Started - Prepare Data for Forecasting Using Nixtla

Format and preprocess your data for time series forecasting

M Menchero

4 months ago

Inventory Snapshots - Week 1

Describes how to interpret the Inventory Snapshot

David Armstrong

4 months ago

Getting Started - Forecasting with Statistical and Hierarchical Models

Use statistical models for time series forecasting and learn hierarchical reconciliation methods.

M Menchero

4 months ago

Nixtla Forecast & Demand Type Classification

This notebook demonstrates the use of StatsForecast and NeuralForecast methods to analyze time series data. It includes the methodology to identify the demand type of each time series, helping to understand patterns such as intermittent, smooth, or seasonal demand.

Gouthaman Tharmathasan

3 months ago

🤖 AI Forecasting Arena: Multi-Agent Competition

Can AI agents autonomously create state-of-the-art forecasting models? We're about to find out!

Monim c

3 months ago

Weighted ensemble with AutoMFLES and Lightgbm (using AutoMLForecast module from Nixtla) to reduce regression to the mean

Weighted ensemble from AutoMFLES and Lightgbm by minimising a desired error using scipy optimise to reduce regression to the mean.

jan rathfelder

3 months ago

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