cloud technologies

This research investigates the use of data obtained through the OBD-II diagnostic interface and the CAN bus in C- ITS systems, using processing methods such as Pearson correlation analysis and linear interpolation. C-ITS systems are designed to enhance road safety and efficiency, particularly in urban environments. The paper examines existing approaches to sensor data processing and V2I communication quality prediction using GRU and VMD-BO-BiLSTM models, and also explores the role of mobile applications in integrating traffic participants.

The primary objective of this research is to develop an advanced automated method for configuring and managing public cloud accounts and subscriptions on prominent platforms such as AWS, GCP, and Azure. This method involves the application of standardized configurations to ensure optimal performance and security compliance. A significant component of this methodology is the intermittent scanning of the infrastructure of these cloud accounts and subscriptions.

In this study, the aim is to create and improve a methodology for synthesizing requirements and specifications for the re-engineering of IT projects with maximum efficiency and business orientation. The main task is to adapt outdated IT systems to the changing technical environment, in particular to cloud technologies and security system requirements. To achieve these goals, the proposed methodology uses the analysis of archaic systems, the reverse engineering method, expert surveys, documentation analysis, and black-box modeling.

Database migration is a critical process for businesses that need to maintain their data integrity and functionality as they transition
to new technologies or systems [7]. The paper has researched the concept of database migration in a code-free format, including the benefits
and challenges of this approach. Code-free migration tools provide an interface that allows users to drag and drop data and automate the migration

Cloud computing is emerging as a powerful computing paradigm for the efficient use of resources. However, decisions to move to cloud computing always remain risky from the customer's point of view, considering the benefits they get from it.

The interactive web application which consist of database, data warehouses, progressive mobile application and main web interface has been developed. It gives an opportunity create, send and the other proceed users' requests and also review, change, delete and transfer component elements, manage additional functions which are not available for simple user. The other important specification of developed app is ability to work offline.