Nanotechnology, biotechnology, information technology, and cognitive sciences are contributing to the emergence of intelligent computers and robots with elements of artificial intelligence and intelligent machines. This book postulates that these developments are accelerating the technological substitution of jobs and the shift in labor demand towards high qualification levels, putting the jobs of lower-skilled labor at risk. The digital economy is poised to increase the demand for highly qualified specialists in STEM fields (scientific research, innovative technologies, engineering, and mathematics serving digital technologies). In addition, highly skilled robotics engineers, AI and machine learning specialists, and virtual and augmented reality architects will be required.
This book, using sector-focused mathematical models, explores how the demand for specialized human capital will play a decisive role in increasing the efficiency and productivity of labor in the digitaleconomy. Success is guaranteed to those entrepreneurs who manage to establish a successful process of interaction with intelligent machines, which will require a deep restructuring of the training system for the digital economy.
Rethinking Theory on the Role of Technological Innovation in
Economic Development.- Information Model for Calculating the Rate of
Technical Progress.- K-Waves and the Innovation-Technological Paradigm of
SchumpeterMenschFreemanHirooka.- Assessment of the Quality of Growth of
National Economies in the Context of Digital Transformation.- Digital
Transformation and Growth Models.- The Dualistic Nature of Technological
Convergence and Human Resources.- Education System and Labor Market in the
Context of Digital Transformation.- Structural Change in Developed Economies
in the Digital Age.- Theory and Practice of Territories Spatial Development
Based on theSmart City Concept.- Exo-intelligent Data-Driven Reconfigurable
Computing Platform.- Critical Factors and Challenges of Healthcare Digital
Transformation.- Digital Transformation Maturity Model.
Andrei Rudskoi is a well-known Russian scientist, a specialist in the field of materials science, digitization of modern industry, and economy. He holds a doctorate in technical sciences, and is professor and academician at the Russian Academy of Sciences. He is the current rector of Peter the Great St. Petersburg Polytechnic University (SPbPU, Russia).
Askar Akaev is a well-known scientist in the field of nonlinear optics, dynamics of economic systems, and mathematical modeling of processes of economic dynamics. He is also known for his research in the field of digital transformation of economic systems and methods for assessing the level of economic inequality. He is the chief fellow at the Lomonosov Moscow State University (Russia).
Tessaleno Campos Devezas is associate professor with habilitation at Atlāntica Instituto Universitįrio (Portugal). He is known for his contributions to the long waves theory in socioeconomic development, technological evolution, energy systems, world system analysis, and materials science. His main research interests embrace technological forecasting, futures studies, socioeconomic long waves, evolutionary economics, technological evolution, innovation theory and dynamics, complex adaptive systems, and advanced materials.
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