FORECASTING HIERARCHICAL TIME SERIES USING MATHEMATICAL METHODS

Based on the company's beverage sales data in the traditional trade segment, presented in the form of hierarchical time series, models were built using a singlelevel approach (topdown, bottomup, middleout) and a multilevel approach (multilevel), namely MinTrace (Minimum Trace), which had not previously been used in business for forecasting, and compared with the basic ARIMA model with automatic parameter selection. As a result, forecasts were built for 5 months ahead until August 2025 at different levels of the hierarchy, which made it possible to improve forecasting processes, implement a new methodology, and obtain different scenarios for sales development throughout the country and at the regional level for the company.

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Publication Details

Journal
SOFT MEASUREMENTS AND COMPUTING
Published
2025-01-01
DOI
https://doi.org/10.36871/2618-9976.2025.06.001
Primary Topic
Time Series Analysis and Forecasting
Type
article
Field-Weighted Citation Impact
0.00
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article

FORECASTING HIERARCHICAL TIME SERIES USING MATHEMATICAL METHODS

Sofya V. Suvorova, Dmitry S. Baklanovsky
SOFT MEASUREMENTS AND COMPUTING
Time Series Analysis and Forecasting
article

FORECASTING HIERARCHICAL TIME SERIES USING MATHEMATICAL METHODS

Sofya V. Suvorova, Dmitry S. Baklanovsky
article en

Abstract

Based on the company's beverage sales data in the traditional trade segment, presented in the form of hierarchical time series, models were built using a singlelevel approach (topdown, bottomup, middleout) and a multilevel approach (multilevel), namely MinTrace (Minimum Trace), which had not previously been used in business for forecasting, and compared with the basic ARIMA model with automatic parameter selection. As a result, forecasts were built for 5 months ahead until August 2025 at different levels of the hierarchy, which made it possible to improve forecasting processes, implement a new methodology, and obtain different scenarios for sales development throughout the country and at the regional level for the company.

SOFT MEASUREMENTS AND COMPUTINGVol. 6(91)
Openalex Percentile: Top 80%
Time Series Analysis and Forecasting
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