Quantum computing in controlling railroads

Хомоненко, А. Д.; Khalil, Maad M.

doi:10.1051/e3sconf/202338301010

Cited by 3 publications

(1 citation statement)

References 13 publications

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“…React is difficult to learn because to use this framework, you need to have knowledge about JSX and ES2015+ and build systems. All this knowledge is not required to start development on Vue [16].…”

Section: Vuementioning

confidence: 99%

Modern Frameworks for Web-Application Development

Гумарова,

Rabcan, J.,,

Vakhitova A

et al. 2023

GBJ

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Currently, web programming technologies continue to develop at a rapid pace and it is important to know about the most popular and effective frameworks that are available today. Frameworks have become an integral part of the web development process due to the growing standards of web applications and the complexity of the technologies used. When choosing the right framework, there are many factors to consider: project requirements, team experience, and ever-changing industry trends. The framework, as a rule, contains only basic software modules, and all project-specific components are already implemented on their basis by the developer. Thus, not only high development speed is achieved, but also high productivity and reliability of solutions. If we compare frameworks with other classes of platforms - SaaS, CMS, or CMF - then frameworks are much more efficient to use in projects with complex business logic and with high requirements for speed, reliability, and security. The article discusses the types of popular frameworks, technologies (MVC), and tools designed for developing web applications taking into account modern standards. The characteristics of architectures and the type of frameworks are given. The popular server and client frameworks and programming languages with which they work are considered. The advantages and disadvantages of each of the considered tools are noted.

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Section: Vuementioning

confidence: 99%

Modern Frameworks for Web-Application Development

Гумарова,

Rabcan, J.,,

Vakhitova A

et al. 2023

GBJ

View full text Add to dashboard Cite

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Technical capabilities and safe use of mobile communications 6G in railway transport

Plekhanov,

Kartashova

2024

E3S Web of Conf.

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The purpose of the study is to describe the technical capabilities and promising approach to the safe use of 6G mobile communications in railway transport. The study used risk management methods in railway transport in accordance with international experience. As a result of the study, information about future 6G networks was systematized, the advantages of their specific technical characteristics over 5G networks were demonstrated, and methods were proposed to ensure the safety and security of information messages transmitted in railway telecommunication networks. In the context of the technical description of 6G networks, the following issues are considered: assessing the quality of services provided (including using indicators of the quality of human physical experience), the use of radio frequencies and combating multipath propagation of signals (based on more advanced methods of multiple access and filtering), the use of more effective modulation and channel coding methods, development of antenna array technology with multiple transmitting and receiving antennas and the use of reconfigurable intelligent surfaces, functional network architecture (based on software-defined networks and network functions virtualization) and its physical implementation (through the construction of a space-terrestrial integrated network), the use of a new internet protocol (covering several levels of interconnection). In the context of ensuring the safety and security of transmitted information messages, the issues of identifying threats and possible countermeasures by implementing additional settings and functions of safety and security 6G networks are considered. The proposed approach allows us to justify the safe use of 6G mobile communications in railway transport.

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Technological communication on low-intensity railway sections

Roenkov,

Bogdanov

2024

E3S Web of Conf.

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The purpose of the study is to develop proposals for increasing the efficiency of the functioning of low-intensity railway sections (LIRS) by improving technological communication systems, taking into account the specifics of train traffic control on LIRS, as well as assessing the possibilities of using short-wave ionospheric radio communications and satellite communications in remote and extended LIRS. The study used methods for analyzing the characteristics of LIRS existing on Russian railways, methods for assessing radio communication channels based on Russian and international experience. As a result of the research, a classification of LIRS was proposed from the point of view of options for organizing technological radio communication systems on them, a unified scheme for constructing a radio communication system on LIRS was developed, and an algorithm was compiled for selecting the optimal option for the radio communication system in relation to each specific LIRS.

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Quantum computing in controlling railroads

Cited by 3 publications

References 13 publications

Modern Frameworks for Web-Application Development

Modern Frameworks for Web-Application Development

Technical capabilities and safe use of mobile communications 6G in railway transport

Technological communication on low-intensity railway sections

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