В настоящее время все больше предприятий развивает инновационную деятельность с целью поддерживать конкурентоспособность на рынке. Понимание инновационного процесса-одно из ключевых условий для эффективного управления инновациями. Инновационная деятельность, являясь достаточно рисковым видом деятельности, требует выстраивания точного и прозрачного инновационного процесса с предусмотрением различных сценариев его протекания. Современные технологии моделирования позволяют эффективно моделировать бизнес-процессы, тем самым повышая вероятность успешного внедрения инновации на рынок. В статье рассмотрены вопросы, связанные с преимуществами компьютерного моделирования перед традиционным моделированием, а также преимущества применения процессного подхода при разработке модели инновационного процесса. По результатам анализа преимуществ, авторы считают, что применение информационных технологий и внедрение процессного подхода целесообразно при разработке модели инновационного процесса. Ключевые слова: моделирование, инновационный процесс, процессный подход, управление инновациями, управление бизнес-процессами, инновационная деятельность, управление качеством.

The article considers some instruments and technologies which can substantially improve economic confidence at the Russian market of banking services. The article also covers several factors which restrict possibilities of effective management of Russian commercial banks' financial stability in the current conditions. Geopolitical risks realization and their growing influence on development dynamics of the Russian banks call for the necessity of development of new methods and instruments of financial stability management, which is closely connected with increasing of profitability of client operation and creation of system of risk management in banks. The author develops a methodology for calculating the return on customer service, as well as a technique to control profitability of customer service. To facilitate the use of this method the calculation of profitability of customer service to be integrated into a customized version of banking software in the risk management system, so the author creates private banking scheme of strategy in dealing with clients. The author also conducts website expertise in private Banking segment of six major private banks, analyzes marketing management of the bank 'financial strategy on the example of OTP Bank, as well as developed and tested a methodology to assess the maturity level of financial services in a commercial bank, including a major components of management of financial stability.

Purpose: This article aims to identify the role of corporate universities opened by large holdings for their employees' effective training as a part of the company's mission implementation and ensuring business financial stability strategy. Design/Methodology/Approach: To implement flexible project management of the companies' financial stability, a concept of corporate university development is presented on the grounds of a competency-based approach. Main emphasis of the competency-based approach is aimed at the labor functions performance and establishment of a correlation between competence and labor efficiency of employees. Findings: Methods and techniques of corporate education are aimed at creating human capital development optimal model, ensuring the company's financial stability. Practical Implications: The study results were tested as part of a corporate retraining program for the specialists at the "Russian Railways" company in Rostov-on-Don. Participation in corporate university programs allows employees responding quickly to market changes. Originality/value: Main contribution of this study is to create an algorithm for transmitting the company's strategy to all management levels. The tools for key changes in the company's organizational and financial management system are formed at a corporate university.

A critical review of the stages of formation, development, and current state of nanoionics in Russia and in the world is presented. Nanoionics is the science, technology, and application of fast ion transport phenomena in solid-state devices and nanostructures. Nanoionics is considered to be a developing information system, its history is first analyzed in terms of D. S. Chernavskii's dynamic information theory and in the context of the influence of strategic innovation management. In the final part of the review, an in-depth methodological analysis of the evolution of nanoionics in the environment of adjacent disciplines (nanoarchitectonics and iontonics) is performed. The aim of the work is to develop a methodology of scientific knowledge and strategic management. The analysis of nanoionics evolution is carried out in terms of conjuncture and prognostic information, class-subclass relations between attributive spaces of the competing disciplines. It is shown that nanoarchitectonics and iontronics cannot serve as meta-disciplines, because they do not have emergent attributes that are incompatible with the attributes of the discipline "nanotechnology", understood in the broad sense. Also, at present, interface nanoarchitectonics does not generalize nanoionics due to the lack of new attributes in the thesaurus. The results obtained go beyond the relationship of nano-disciplines, as the methodology used is based on the definition of information and addresses the problem of the mechanism of generation of prognostic information.

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