NeuralProphet: A simple forecasting package
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Updated
Oct 7, 2026 - Python
NeuralProphet: A simple forecasting package
ML powered analytics engine for outlier detection and root cause analysis.
A python library for Bayesian time series modeling
Introduction to time series preprocessing and forecasting in Python using AR, MA, ARMA, ARIMA, SARIMA and Prophet model with forecast evaluation.
R interface to JDemetra+ v 2.x
The repository provides an in-depth analysis and forecast of a time series dataset as an example and summarizes the mathematical concepts required to have a deeper understanding of Holt-Winter's model. It also contains the implementation and analysis to time series anomaly detection using brutlag algorithm.
Analyze historical market data using Jupyter Notebooks
Forecasting Monthly Sales of French Champagne - Perrin Freres
Extending state-of-the-art Time Series Forecasting with Subsequence Time Series (STS) Clustering to enforce model seasonality adaptation.
Time Series Forecasting Methods — A collection of Python implementations for essential time series forecasting techniques, including Simple, Double, Triple Exponential Smoothing, and Moving Averages.
Gold-Price-forecasting In a personal endevaour to learn about time series analysis and forecasting, I decided to reserach and explore various quantitative forecasting methods.This notebook documents contains the methods that can be applied to forecast gold price and model deployment using streamlit, along with a detailed explaination of the diff…
A retail analytics capstone that converts transactions into a calendar intelligence system. It quantifies day-of-week and monthly seasonality, builds a baseline expected revenue model, detects event-like spike days using robust residual z-scores, and explains spikes via transactions, units, AOV, and category mix, with a Streamlit dashboard+exports.
A small walk through on how we can decompose a time series into trend, seasonality and residual
Efficient periodicity length detection for univariate signals in Python.
Triple exponential smoothing Holt-Winters additive level, trend, and seasonal forecasting model
Three-notebook tutorial on the FFT and seasonality: build the transform by hand, prove it on the Keeling curve, then turn hourly demand into a staffing baseline, an anomaly alarm, and a capacity plan.
Triple exponential smoothing Holt-Winters additive level, trend, and seasonal forecasting model
Classical additive time-series decomposition separating trend, seasonal pattern, and residuals
Classical additive time-series decomposition separating trend, seasonal pattern, and residuals
Forecasting future traffic to Wikipedia pages using AR MA ARIMA : Removing trend and seasonality with decomposition
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