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Документ Requirements elisitation for a web application for realtime data processing of epilepsy patients(Національний технічний університет "Харківський політехнічний інститут", 2023) Hryshchenko, M. D.; Liutenko, Iryna Victorivna; Yershova, S. V.Документ Software design for testing process quality assessment(Національний технічний університет "Харківський політехнічний інститут", 2023) Holovnia, D. M.; Liutenko, Iryna VictorivnaДокумент Development of models and software solutions for the recruiting agency information system(Одеська національна академія харчових технологій, 2021) Liutenko, Iryna Victorivna; Motalyhin, Y. Y.The work is devoted to the issues of automation of recruitment agencies activity. The use of information systems by recruiters, employers and job seekers significantly reduces the time to "close" the vacancy.Документ Problems of assessing the economic efficiency of information systems for retail enterprises(Одеська національна академія харчових технологій, 2021) Liutenko, Iryna Victorivna; Bieliaiev, Oleksandr IhorovychThe problems of assessing the economic efficiency of information systems were considered on the example of the retail business. The features of the business model of enterprises that significantly affect functional requirements for information systems and priorities were considered. Multicriterial evaluation problems were considered. Development of the software that will perform multicriterial assessment of information systems for retail trade based on user-entered data were proposed. The software users were divided into categories depending on their theoretical knowledge in the field of marketing and trade and experience with information systems.Документ Using fuzzy logic in assessing of automated testing system(Одеська національна академія харчових технологій, 2020) Zybin, Vladyslav Ivanovich; Liutenko, Iryna VictorivnaThis document describes the use of fuzzy logic in evaluating an automated testing system. Testing is a key factor in improving software reliability. Popular automated testing systems and a brief description are introduced. Fuzzy logic and selection of quality criteria is described. A system selection formula is proposed.Документ Consideration of the software tests quality evaluation problem(2019) Liutenko, Iryna Victorivna; Kurasov, Oleksii IgorovychSoftware testing problems were considered. Tests quality estimation approaches were determined and justified. There are performance, coverage and implementation factors, which can be used for comprehensive evaluation. Performance approach can be used to estimate testing effectiveness in action by proportions of fixed and not fixed bugs. Coverage approach means volume of fully tested requirements and code structures. Implementation characteristics can be used to evaluate tests as software code. Software tests quality indicators were selected for each of these factors and can be used for assessment. Multicriterion evaluation problems were considered. ПАКС ("Последовательное агрегирование классифицируемых состояний") method was proposed as decision of quality assessment problems.Документ Modern problems of computer science and IT-education(Premier Publishing s.r.o., Vienna, Austria, 2020) Aleksiyev, Volodymyr; Bilova, Mariia; Borysova, Natalia; Cherednichenko, Olga; Fedorchenko, Volodymyr; Goloskokov, Alexander; Goloskokova, Anna; Harasymchuk, Oleh; Havrylova, Alla; Holubnychyi, Dmytro; Ivashchenko, Oksana; Kalachova, Veronika; Kozulia, Mariia; Kozulia, Tatiana; Liutenko, Iryna Victorivna ; Melnyk, Karina; Melnyk, Marharyta; Milov, Oleksandr; Opirskyy, Ivan; Romaschenko, Natalya; Ryabukha, Yurii; Salo, Nataliia; Shmatko, Olexander; Soroka, Mykhailo; Tretiak, Viacheslav; Trystan, Andrii; Vlasov, Andrii; Vovk, Maryna; Yanholenko, Olha; Yevseiev, S. P.The collective monograph highlights modern problems of development and using information technologies for resolving some issues in different domain areas. The proposed theoretical methodologies, models and practical approaches are considered and investigated in the context of IT-education, software engineering, artificial intelligence and cybersecurity. Every chapter describes methods, efficient algorithms and resolutions specific for the particular domain area and field of knowledge.