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The purpose of the research is to determine perspectives and spheres of application of innovational managerial technologies of decision-making in the sphere of digital medicine in modern business systems in the interests of improvement of the healthcare system.

The methods of systemic, problem, logical, and structural & functional analysis and the methods of modeling of economic processes and systems and formalization are used.

It is shown that the most perspective innovational managerial technologies include digital marketing, digital collection of feedback, digital selection of models of managerial decisions, intellectual technologies of decision support, and digital monitoring and control over making and implementation of managerial decisions. The spheres of application of digital technologies in the sphere of digital medicine include collection of feedback from patients, collection of feedback from medical workers, usage of successful experience of other medical organizations, automated selection of managerial decisions, automated selection of the optimal decision of the existing alternatives according to the set criteria, and electronic reports of medical organizations and its administration.

Wide opportunities of usage of innovational managerial technologies of decision-making in the sphere of digital medicine in modern business systems are determined; they allow improving the healthcare system. These technologies could be applied at all stages of the process of making of managerial decisions. A conceptual model of application of innovational managerial technologies of decision-making in the sphere of digital medicine in modern business systems is developed.

Aim of the present monograph is the economic analysis of the role of MNEs regarding globalisation and digital economy and in parallel there is a reference and examination of some legal aspects concerning MNEs, cyberspace and e‐commerce as the means of expression of the digital economy. The whole effort of the author is focused on the examination of various aspects of MNEs and their impact upon globalisation and vice versa and how and if we are moving towards a global digital economy.

The purpose of the research is to develop a universal mechanism of highly effective decision-making in modern business systems in any business environment.

The methods of logical analysis, modeling of managerial processes, and formalization are used.

A universal mechanism of highly effective decision-making in modern business systems is developed – it could be applied in any business environment and any business system. The mechanism is based on the interactive algorithm of decision-making in modern business systems that allows adapting the process of decision-making to the current situation in the business system and the business environment in view of the changing complexity of problems and criteria of optimality of managerial decisions. The tools of implementing the mechanism are outsource, mediation, and intellectual support for managerial decisions. These tools are used as an addition to traditional tools – organizational structure, organizational culture, and leadership. The result of implementing the developed mechanism is high probability of making of optimal managerial decisions and supporting sustainability and stability of the business system.

The developed mechanism of highly effective decision-making in modern business systems allows selecting the best model of decision-making depending on current needs and possibilities of the business system instead of following one selected model in all situations. That is, the key advantage of this mechanism is its interactive character, which ensures high flexibility of the process of making of managerial decisions together with sustainability of the business system.

The paper deals with technological and managerial innovation transfer to small and medium sized enterprises. A comprehensive framework is presented, identifying a networked architecture in which different actors (universities, other R&D centers, consulting companies, the European Union, national government, local public administration) interact. In so doing, the need of a specific promoting role is pointed out. Consequently, introduction of an innovation center (IC) responsible for the whole transfer process is proposed. Within this organizational unit, the role of innovation promoter (IP), that is the interface with the specific SME, is analyzed and discussed. Finally, a general scheme of IC and IP actions and competences is presented.

The chapter presents a mechanism of innovational development of cluster of the hospitality industry in the system of region's economic security, which formation takes place in the conditions of complex turbulent state of economy, which leads to crises of various scales and volumes. Cluster is treated as a platform that unifies efforts and partnership interactions between large, medium, and small business and synthesizes expectations of consumers on the basis of territorial concentration of readiness to care about a customer in the form of provision of the need: (1) selection and readiness of consumer to accept a specific complex service of the hospitality industry (with tourist service complexes); (2) movement (with transport complex); (3) accommodation (with hotel complex), (4) readiness for catering (with catering complex); (5) entertainment (with participation of complex of entertainment); (6) security (with security complex). The process of clustering leads to a new treatment of the notion of competition, development of capabilities to be a business partner, and finding advantages in generation of innovations together with intermediaries and neighbors.

The purpose of this paper is to set new trends of integrated Building Information Modelling (BIM) for the construction industry. BIM has been accepted by construction to some extent as an innovative approach/technology to improve project performance in the aspects of productivity, efficiency and safety. However, maximisation BIM requires strategic research direction to drive this technology across the full spectrum of the project life cycle.

This paper identifies the new trends for adopting BIM in the aspect of integration within Architecture, Engineering and Construction (AEC) sectors.

Research findings identify three stages where project performance can be improved by using BIM: pre-construction phase, construction phase and the maintenance/operation phase.

BIM must evolve to be fully integrated with other technologies, thereby contributing to project performance in various stages of project life cycle.

In the face of fierce international competition for those participating in global value chains (GVCs), upgrading has been a central concern of emerging market firms (EMFs) that are trying to occupy higher value-added positions. However, although the innovation capabilities (ICs) have been generally considered critical to upgrading in GVCs, few studies have examined how IC is built up and then applied to the EMF upgrading process over time. To this end, the purpose of this paper is to investigate why and how EMFs can upgrade in GVCs through the development of their IC.

This paper adopts a multiple-case study of three supplier firms in China and their IC development processes, with a special focus on the nature of the firm-level upgrading in GVCs.

The results generate a process model of EMFs upgrading with respect to the development of IC. The model reveals how IC is built up through the firms' underlying systematic innovation activities, which enable firms to successfully upgrade within GVCs. In particular, the role played by contextual vulnerability in guiding firms to develop the appropriate IC, and the corresponding upgrading, is highlighted.

This study contributes to the micro-foundation in GVCs literature, especially the traditional static upgrading research of EMFs. The authors also contribute to existing IC development research. Meanwhile, the study focuses on the upgrading of three Chinese firms in the phone and LED industries. The generalizability to other emerging markets and industries may therefore be limited.

The study results show that EMFs could initially develop endogenous IC that focuses on process innovation as a means to establish a foundation for further upgrading. In addition, firms need to improve their ability to accurately sense contextual changes. As such, it would be valuable to understand their positions and characteristics within GVCs.

This paper investigates a process model of upgrading in GVCs through IC development in EMFs. This study also adds a dynamic micro-foundation to existing, rather macro and static GVCs studies.

Despite the extensive benefits of human resource (HR) analytics, the intention to adopt such technology is still a matter of concern in the engineering and construction sectors. This study aims to examine the slow adoption of HR analytics among HR professionals in the engineering and construction sector.

A cross-sectional online survey including 376 HR executives working in Indian-based engineering and construction firms was conducted. Hierarchal regression, structural equation modeling and artificial neural networks (ANN) were applied to evaluate the relative importance of HR analytics predictors.

The results reveal that hedonic motivation (HM), data availability (DA) and performance expectancy (PE) influence the behavioral intention (BI) to use HR analytics, whereas effort expectancy (EE), quantitative self-efficacy (QSE), habit (HA) and social influence (SI) act as barriers to its adoption. Moreover, PE was the most influential predictor of BI.

Based on the findings of this study, engineering and construction industry managers can formulate strategies for the implementation and promotion of HR analytics to enhance organizational performance.

This study draws attention to evidence-based decision-making, emphasizing barriers to the adoption of HR analytics. This study also emphasizes the concept of DA and QSE to enhance adoption among HR professionals, specifically in the engineering and construction industry.