International Journal of Computational and Applied Mathematics & Computer Science
E-ISSN: 2769-2477
Volume 6, 2026
Automated Detection Trend Breaks in the Identification of Ireland's Gross Domestic Product (GDP) for Accurate Forecasting
Authors: , ,
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Abstract: The main objective of this study is to use automated forecasting tools in identification of Ireland
Gross Domestic Product (GDP). Accurate GDP forecasting is essential for effective economic planning and
policy formation. It enables policymakers to anticipate economic downturns and plan accordingly to mitigate
their impacts. Economists benefit significantly from improved forecasting models as they provide deeper
insights into the underlying economic dynamics. Ireland's economy has experienced several structural shifts
over the past few decades. BFAST (Break for Additive, Season and Trend) to identify the components of time
series present in the seasonal data of Gross Fixed Capital Formation know as Gross Domestic Product of
Ireland GDP. This data is the GDP yearly data of Ireland gross domestic product (Ireland land GDP). The
(Ireland GDP) data spanned for the period of thirteen years (2010 to 2022) then 2023 and 2024 is used for data
training. The GDP of Ireland is a secondary data obtained from the DataStream of National University
Singapore Library. The BFAST (Break for Additive Seasonal and Trend) was utilized to identify the time series
components. BFAST only identifies trend and seasonal components while considering all other components as
random. Empirical data were employed to BFAST and subsequently determine the next forecasting technique
after which forecast is made ahead. The real data findings suggested that BFAST can provide a better time
series components identification better than manual process and hence caution should be taken serious. Ireland
GDP is sliding, improvement on GDP is urgently necessary or else it get to ruin. Improvement in Iceland GDP
is recommended.
Keywords:
Ireland Gross Domestic Product (GDP), Automated Forecasting, BFAST (Break for Additive
Seasonal and Trend), Time Series Analysis, Economic Forecasting, Structural Change Detection
Pages: 1-10
DOI: 10.37394/232028.2026.6.1