Neural Network Technologies and Deep Learning as a Tool for Making Management Decisions

Deep learning is a subset of machine learning based on the use of multilayer neural networks to automatically extract hierarchical features from data. By the mid-2010s, the field experienced rapid growth due to increasing data volumes, the availability of computing power (GPUs), and breakthrough architectures. Figure 1 is a mind map illustrating the key aspects of deep learning: its definition, how it works, and the reasons for its exponential growth in the mid-2010s.

Modern management decisions are made in conditions of high uncertainty, a dynamic external environment, and exponential growth in data volumes. Traditional analytical methods are increasingly proving insufficient for processing heterogeneous, multidimensional, and incomplete information. In these conditions, neural network technologies and deep learning methods are becoming key tools for supporting management decision-making.

Deep learning makes it possible to identify hidden patterns in large data sets, predict the development of complex systems, and generate intelligent recommendations for decision-makers. The application of these technologies is relevant for strategic planning, risk management, monitoring socioeconomic processes, and evaluating the effectiveness of government and corporate programs.

One promising area is Bayesian deep learning, which combines neural networks with probabilistic models. Unlike classical neural network approaches, Bayesian models not only allow for forecasting but also for quantifying the level of uncertainty in the results obtained. As noted in the review by Wang H. and Yeung D.-Y., a Bayesian approach is particularly important for making management decisions in critical areas where errors can have significant social or economic consequences. The ability to estimate forecast confidence intervals improves the validity of management decisions and reduces the risks associated with making decisions based on incomplete information [1, p. 15].

Multivariate time series are widely used in the management of socio-economic systems, financial analysis, and monitoring of infrastructure and environmental processes. However, real-world data often contain missing values, noise, and anomalies.

According to the review by Hayati M. et al., deep learning methods demonstrate high efficiency in missing value imputation and forecasting time series dynamics. The use of recurrent neural networks, autoencoders, and transformer architectures enables more accurate forecasts, which directly impacts the quality of management decisions in resource planning and management problems [2, p. 21]. Deep learning methods in computer vision are widely used in the management of territories, industrial facilities, and infrastructure. Reviews by F. Porikli and Yu Jin et al. demonstrate the effectiveness of neural network methods in image segmentation and 3D reconstruction [3, p. 51].

Image segmentation enables the automatic identification of objects of interest in satellite and aerial images, which is used in monitoring the urban environment, land use, and environmental risks. 3D reconstruction, in turn, facilitates the creation of digital twins of objects and territories, providing a basis for scenario analysis and strategic planning.

The integration of neural network models into decision support systems enables the transition from intuitive management to data-driven management. Deep learning enables the automation of analysis, the identification of complex relationships, and the generation of predictive scenarios.

The use of intelligent models is particularly effective in the following tasks:
- strategic planning and sustainable development assessment;
- environmental, social, and economic risk management;
- monitoring the effectiveness of government programs;
- Supporting management decisions under uncertainty.

The structure of the effective application of intelligent models in management decision-making is presented in Figure 1.

Thus, neural network technologies are becoming an integral element of digital management systems. The analysis shows that neural network technologies and deep learning methods offer significant potential for improving the quality of management decisions. Bayesian models, time series analysis, computer vision, and 3D reconstruction methods form the intellectual foundation for modern strategic management systems. Further development of these technologies and their integration into management processes will facilitate the development of sustainable, adaptive, and scientifically sound decisions in the digital economy [1-3].

None.

No conflict of interest.

1. Wang H, Yeung DY (2020) A Survey on Bayesian Deep Learning // ACM Computing Surveys 53(5): 108.
2. Hayati M (2020) A Review of Deep Learning Methods for Missing Data Imputation in Multivariate Time Series.
3. Porikli F (2020) Deep Learning for Image Segmentation: A Survey.