А METHOD OF SIMULATION OF COMPUTER NETWORK TRAFFIC WITH FRACTAL PROPERTIES

Abstract

Topicality.. The modern world is going through an important transition period from the stage of informatization of important aspects of human activity to the stage of their digitalization. Informatization is a process of modernization of various fields of activity through information and communication technologies, while digital transformation means a deep rethinking and reformation of these areas based on digital solutions and technologies. This process requires not only maintaining the existing conditions for the development of advanced digital platforms and technologies, but also creating new opportunities for the emergence of innovative solutions. The key technologies in this digital age are big data, Neurotechnologies and artificial intelligence, blockchain, quantum technologies, the latest manufacturing techniques, the industrial internet, elements of robotics and sensors, wireless communication technologies and innovations in the field of virtual and augmented reality. In this paper, in the context of digital transformation of the educational sphere, a study on the use of blockchain technologies for tokenization of educational resources is conducted and the potential of their application in education is analyzed. The goal of this work is to increase the confidentiality of educational data, their integrity and availability, as well as to ensure reliable exchange of this data between all stakeholders through the design, development and implementation of software components of the cloud platform for tokenization of students ' personal data based on blockchain technology. The object of research includes systems for transmitting and processing educational data that ensure data exchange between all interested parties in the educational process. The subject of research is is methods and tools for designing and developing software components necessary for creating and maintaining platforms for tokenizing students ' personal data. These components include software for encryption, authentication, authorization, as well as mechanisms for ensuring fault tolerance and data recovery. Results In this paper, a model of a cloud-based decentralized system for tokenizing students ' personal data is proposed. Conclusions. The integration of blockchain technology into the education sector has great potential to build trust and improve the quality of educational services, as well as to create a new ecosystem of educational assets that are accessible and proven globally. The implementation of blockchain technology in the field of Education requires the development of specialized software for issuing and verifying digital documents based on the blockchain. The introduction of a cloud-based platform for tokenizing students ' personal data promises significant improvements in the processing and storage of educational documents, contributing to greater trust and transparency in the field of Education.