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Guide to STRIPE: Shape and Time Diversity in Probabilistic Forecast

STRIPE excels probabilistic time-series forecasting with space and time diversity
STRIPE feature image
Time-series forecasting is a crucial machine learning problem in various fields including the stock market, climate, healthcare, business planning, space science, communication engineering and traffic flow. Time-series forecasting is the systematic analysis of historic (past) signal correlations to predict future outcomes. Time-series forecasting can be grouped roughly into two classifications based on the model outputs: probabilistic time-series forecasting and deterministic time-series forecasting.  Probabilistic time-series forecasting aims to develop a distribution of predictions. Since the future is stochastic in nature, it is hard to arrive at a single prediction. Generative models such as cVAE and GANs mostly do follow this probabilistic approach in developing most-likely divers
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Picture of Rajkumar Lakshmanamoorthy
Rajkumar Lakshmanamoorthy
A geek in Machine Learning with a Master's degree in Engineering and a passion for writing and exploring new things. Loves reading novels, cooking, practicing martial arts, and occasionally writing novels and poems.
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