Registration Number
0219U001924,
0117U005349
, R & D reports
Title
Methods, software and hardware and information technologies for the development and modernization of secure computer systems, networks and IT infrastructures.
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Head
Kharchenko Vyacheslav Sergiiovych,
Registration Date
26-03-2019
Organization
National Aerospace University named by N.E.Zhukovsky "Kharkov aviation institute"
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The object of research is the process of modeling, designing and verification of reliable software and hardware complexes and computerized systems, important in terms of functional and cyber security. The purpose of the work is the development and implementation of principles, models and methods of safe engineering, multi-computer computing and software technology to reduce the risk of failures and failures of critical software and hardware complexes and IT infrastructures. Methods of theoretical research: the apparatus of the theory of sets, automata, graphs, probability, Markov cases of processes, combinatorial analysis; experimental: simulation simulation, system analysis of real projects. Results of GDR In the GDR received the following new scientific results. A number of principles, models and methods for evaluating guaranteed systems have been developed, namely, conducted: taxonomic analysis of IT security and security; analysis and systematization of standards for cybersecurity of industrial systems, developed models of cryptographic transformation based on the principle of diversion; Principles of constructing pseudo-simplicial numbers are investigated; developing methods and tools for evaluating the security of web applications; methods of modeling fractal traffic of integral data streams; analysis of the reliability of the architectures of emergency shutdown systems of a nuclear reactor; development of models of medical IoT-systems readiness; methods for assessing the reliability and safety of critical energy infrastructures, assessing the diversification of information and control systems of nuclear power plants. The complex of models and methods of providing of guaranteed systems at different stages of the life cycle was developed and investigated, in particular: the methods of noise immunity coding as a means of ensuring the cyber security of energy-efficient systems; methods for providing biometric authentication in energy-efficient systems; Models of optimal redistribution of mobile air objects of the IT infrastructure of radiation monitoring, methods of reducing the vulnerability of computer systems based on the diversification of operating systems, tools for improving the security of Cloud-applications based on dynamic reconfiguration of deployment environment; the Assurance Case for the Internet has been improved, taking into account the requirements for information and functional security, as well as methods of case-oriented security assessment of FPGA systems. A set of methods, tools and information technologies for the development and modernization of secure systems and IT infrastructures has been developed, namely: IT development of a distributed integrated system of ecological monitoring has been researched; tools for developing the infrastructure of projects in the context of the IoT; Models, methods and technologies of development and integration of FPGA-as-a-Service in the composition of cloud infrastructures are explored; a method for choosing communication protocols for the exchange of information in Web-of Things systems; software and hardware support for methods of non-invasive monitoring and diagnostics of human health have been developed. The scientific novelty of the obtained results is that the proposed models, methods and means, in contrast to the known, provide a comprehensive solution to the problem of evaluation and increase the reliability of information management systems and their components in conditions of different types of failures and environmental parameters. This ensures the growth of qualitative and quantitative indicators of reliability in general and its components - reliability, functional and information security for different types of critical systems. Scope of the use of the results - reliable (safe, viable and safe) applications for critical (aerospace, energy, medical) and business-critical systems, their hardware, software and network components.
Product Description
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Боярчук Артем Володимирович
Брежнєв Євген Віталійович
Колісник Марина Олександрівна
Коробков Микола Григорович
Лисенко Ігор Владимирович
Орєхов Олександр Олександрович
Піскачов Олександр Іванович
Тарасюк Ольга Михайлівна
Узун Дмитро Дмитрович
Фесенко Герман Вікторович
Харченко Вячеслав Сергійович
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2020-04-02
