Title : Comfortable urban environment of the megapolis and digitalization

Objectives
The aim of this study is to examine the relationship between the comfort of urban environments in metropolitan cities and the digitalization process. This research seeks to simulate and analyze the impact of digital technologies on enhancing quality of life in urban spaces, as well as improving comfort and efficiency in urban environments.

Strategies and Methods
The study utilizes digital data and measurement tools to assess the comfort of urban environments, including sensor data and Internet of Things (IoT) technologies. It analyzes the impact of digital technologies, such as smart transportation systems, communication networks, and online urban services, on improving living conditions in metropolitan cities. The research investigates data-driven urban models for simulating urban changes and optimizing the design of public and residential spaces. It evaluates the effects of digitalization on reducing environmental problems, traffic, pollution, and increasing safety and comfort for citizens.

Applications
The research applies to the design and development of smart urban spaces that increase residents' comfort and provide faster, more efficient access to services. It aims to optimize urban transportation systems and utility networks using digital technologies and big data. The study explores the development and implementation of digital applications for monitoring air quality, traffic, and safety in metropolitan cities. It also looks at using new technologies to improve crisis management and create resilient, sustainable urban environments.

Models and Algorithms
Data-driven smart urban models are used to simulate and predict the impacts of digitalization on comfort and quality of life in cities. Machine learning algorithms and big data analytics optimize urban systems and predict future needs. Simulation models are employed to assess the effects of urban design on comfort and how digitalization impacts these factors. IoT technologies are utilized to collect real-time data and monitor environmental conditions.

Results
The results indicate that digitalization can significantly improve quality of life in urban environments and enhance residents' comfort. Specifically, the use of smart transportation systems, smart energy networks, and online services positively impacts reducing traffic, pollution, and improving access to services in metropolitan areas.

Challenges and Limitations
The study faces challenges in collecting accurate and timely data from urban environments to assess comfort and quality of life. There are difficulties in implementing digital technologies in various urban areas, especially in underserved regions. Coordination between different urban systems is required to achieve a smart and integrated urban environment. Concerns about privacy and data security during the digitalization process also arise.

Conclusion
This study highlights the important role digitalization plays in improving comfort and quality of life in urban environments. The adoption of new technologies can optimize urban spaces, reduce environmental issues, and enhance citizen experience.

Future Work
Future efforts include developing more advanced models to simulate the impact of digitalization on citizen behavior and urban environments. The research aims to improve smart transportation systems and digital urban services to better address citizens' needs. The study also plans to leverage big data and advanced analytics to predict and manage environmental changes in metropolitan areas while addressing privacy and data security concerns in the implementation of digital technologies in urban environments.