The Amalgamation of Deep Learning Model and Conventional Statistical Model

With the development of current society and the expanding population, deep learning models start to show their advantages over other statistical models--especially the conventional statistical model (CMSs), like the applications of normal distribution. This research mainly discusses the pros and cons of deep learning model compared to conventional statistical models and how to take advantage of both models to obtain a more comprehensive model. In the current society, with the rapid scientific development, research often requires serious, precise, and accurate data and analysis to achieve perfect results. This is what researchers want to see. Ideally, when experimenters amalgamate these two models--CSMs and deep learning model- some data analysis will become more precise than people previously thought. This is the purpose of this research wanted. By observing the pros and cons of these two models and making a comparison between them, finding out the previous cases of applications of the specific model used, as well as the analysis of the data provided by the references, this research finds that, when people take both advantages of these two models, the results offered by these models will be more accurate and less biased, regardless of whether the prediction of the data or the regression line is used to find out the relationship between the x value and y value.

Authors

Publication Details

Journal
Applied and Computational Engineering
Published
2025-04-07
DOI
https://doi.org/10.54254/2755-2721/2025.21871
Primary Topic
Neural Networks and Applications
Type
article
Field-Weighted Citation Impact
0.00
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article

The Amalgamation of Deep Learning Model and Conventional Statistical Model

Hoi-Ming Chi
Applied and Computational Engineering
Neural Networks and Applications
article

The Amalgamation of Deep Learning Model and Conventional Statistical Model

Hoi-Ming Chi
article en

Abstract

With the development of current society and the expanding population, deep learning models start to show their advantages over other statistical models--especially the conventional statistical model (CMSs), like the applications of normal distribution. This research mainly discusses the pros and cons of deep learning model compared to conventional statistical models and how to take advantage of both models to obtain a more comprehensive model. In the current society, with the rapid scientific development, research often requires serious, precise, and accurate data and analysis to achieve perfect results. This is what researchers want to see. Ideally, when experimenters amalgamate these two models--CSMs and deep learning model- some data analysis will become more precise than people previously thought. This is the purpose of this research wanted. By observing the pros and cons of these two models and making a comparison between them, finding out the previous cases of applications of the specific model used, as well as the analysis of the data provided by the references, this research finds that, when people take both advantages of these two models, the results offered by these models will be more accurate and less biased, regardless of whether the prediction of the data or the regression line is used to find out the relationship between the x value and y value.

Applied and Computational EngineeringVol. 145(1)
Openalex Percentile: Top 97%
Neural Networks and Applications
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