О журнале

Аннотация: (English) Modularity, unification and multifunctional interchangeability in innovative technical solutions can be presented as a key analytical interpretation of the issue of creating smart technologies for cleaning and regenerating wastewater, especially in developed leather production; Technical creativity and its highest manifestation - inventive activity aimed at creating original self-sufficient technical solutions - which have become the basis for effective inventions in demand by society - requires enormous labor and creative impulse, time expenditures that are incommensurate with the time expenditures on only the technical or technological components of any project and, moreover, an innovative project. At the same time, inventive activity in modern conditions is inseparable from the processes of unification and, to some extent, standardization of components of technical solutions, which, on the one hand, seems to contribute to an increase in the level of obviousness, but on the other hand, ensures the reality of using standard component solutions for innovative compositions in a new quality with non-obvious technical characteristics. In addition, in the conditions of globalization of the modern market, when the final stage of real use of an invention can only be a product for which there is a stable demand within the framework of specific conditions that have developed in the consumer sectors of countries and regions of the world with different technological cultures, the need for cooperation with specialists in the comprehensive commercialization of innovations becomes a reality for practical inventors. As the practice of the last decade shows, the most commercially successful technical solutions are those that are not oriented towards the existing and well-understood consumer demand, but rather those that generate new, unusual, previously unknown demand.

Аннотация: (Українська) У статті досліджено методологічні підходи до оцінки ефективності цифрових маркетингових інструментів. Проаналізовано існуючі моделі оцінювання (у т.ч. адаптацію Balanced Scorecard, моделі атрибуції конверсій тощо) та класифіковано основні методи вимірювання результативності цифрового маркетингу (веб-аналітика, A/B тестування, маркетинг-мікс моделювання, опитування споживачів тощо). Зроблено висновок про необхідність комплексного підходу, який поєднує різні моделі, методи та показники для всебічного вимірювання впливу цифрових маркетингових активностей на бізнес-результати. Перспективами подальших досліджень є розробка інтегрованих систем оцінки з використанням великих даних та штучного інтелекту, а також адаптація методик оцінювання до нових цифрових платформ і інструментів.

Аннотация: (English) Today, when the process of making technical and technological decisions is deeply influenced by computer-aided design methods — especially the SolidWorks software family, which can rightfully be associated with artificial intelligence — the number of factors and features in technical solutions and their development up to the technical supersystem level becomes so significant that it demands localized consistency with definitions, principles, and identification methods of the entire hierarchy of technical solutions: from a local technical solution with non-adjustable technical and technological links (a subsystem), to a complex conglomerate of local technical solutions (a supersystem). It must be acknowledged that, for the first time in global practice, such classification optimization of technical solution types was achieved in the publications of a modern specialist who equally masters the methodologies and techniques of classical design and computer programming — Dmytro Sumtsov. As challenges related to the development, modernization, and optimization of technology grow more complex, isolated local solutions no longer satisfy clients. They seek paths toward the Ideal Final Result (IFR), and reality pushes them to look for compositional, integrative, and complex solutions — in full alignment with the terminology and definitions optimized by Dmytro Sumtsov in his recent publications. Issues of identifying all types and levels of technical solutions primarily affect the systemic protection of created and developing intellectual property — both at the level of active and effective subsystems and at the level of active accumulators of properties within technical supersystems.

Аннотация: (English) Modern innovative technologies require new materials that combine high thermal conductivity and high electrical conductivity in order to significantly enhance technical performance. A new composite material has been invented and developed, which possesses both high thermal conductivity and high electrical conductivity. The new composite material is capable of absorbing and dissipating significant amounts of energy within very short time intervals. The material is capable of absorbing and transmitting significant amounts of energy over a distance while maintaining maximum mechanical strength. It demonstrates exceptional reliability in preserving precise geometric shapes under the influence of high concentrations of temperature, energy, and other harmful or extreme impacts. Formulation of the new composite material as a product: ● a composite material featuring an advanced three-dimensional (volumetric) structure composed of numerous identical multi-layered spherical shells encasing spherical cores; the cores with shells (capsules) are bonded together through a series of sequential technological processes and possess an equivalent contact structure form between all capsules. ● the composite material possesses properties of ultra-high thermal conductivity and ultra-high electrical conductivity; ● the composite material exhibits high mechanical strength, is resistant to the development of internal mechanical and thermal stresses, and consequently, to the occurrence of internal deformations; ● the composite material is capable of withstanding high pressures and, under the influence of these pressures, can cause at least some of its components to enter a state of cold-flow behavior. This allows for the calibration of the three-dimensional geometric shape of the structure and ensures very precise geometric dimensions of the structure with a high degree of repeatability.