Abstract:The study and analysis of the world perspective directions of technological development of transport sphere is an urgent task. This task ensures the organization of scientific research and strategic planning of the development of the national economy. The article proposes to identify prior innovation directions (ex. transportation field). These directions are based on the synthesis of Foresight methods — scientometric and patent analysis. Several EU strategic policy documents of the transportation fiel… Show more
“…To promote the integration of innovation chain and industry chain, the key is to establish the dominant position of enterprises in innovation. With the recent international economic and social changes, the development of innovation theories, the changes in the global industrial structure, and the transformation of old and new kinetic energy, many countries and regions choose to use the concept of "innovation ecological chain" to reposition and think about their own in the feld of scientifc and technological innovation [1]. Te innovation ecological chain originates from the innovation ecological theory, which means that the innovation subjects are linked and interdependent, forming an unbreakable food chain.…”
With the recent international economic and social changes, the development of innovation theories, the changes in the global industrial structure, and the transformation of old and new kinetic energy, many countries have advanced from innovation paradigm 1.0 to 3.0, integrating a variety of disciplines and theories, and using this concept to enhance their innovation capabilities. In such an environment, how to combine scientific and technological innovation with ecological environment construction, practice the integration and symbiosis of ecology and innovation, and promote the development of green innovation is the current focus of academic research. The scientific and technological innovation ecological chain is an organizational model that realizes the goal of scientific and technological innovation and the value-added spiral through the orderly connection and synergistic interaction between the main bodies or elements of innovation, such as basic research, technical research, achievement transformation, talent support, and technological finance. This paper takes Shanxi Province’s scientific and technological innovation ecological chain as a typical example, collects relevant text data through web crawler technology, then deconstructs the system of scientific and technological innovation ecological chain based on media integration, understands the composition of its main chain, supporting chain, and the interaction between the chains mechanism, and finally puts forward policy suggestions for the deepening of the future regional scientific and technological innovation ecological chain.
“…To promote the integration of innovation chain and industry chain, the key is to establish the dominant position of enterprises in innovation. With the recent international economic and social changes, the development of innovation theories, the changes in the global industrial structure, and the transformation of old and new kinetic energy, many countries and regions choose to use the concept of "innovation ecological chain" to reposition and think about their own in the feld of scientifc and technological innovation [1]. Te innovation ecological chain originates from the innovation ecological theory, which means that the innovation subjects are linked and interdependent, forming an unbreakable food chain.…”
With the recent international economic and social changes, the development of innovation theories, the changes in the global industrial structure, and the transformation of old and new kinetic energy, many countries have advanced from innovation paradigm 1.0 to 3.0, integrating a variety of disciplines and theories, and using this concept to enhance their innovation capabilities. In such an environment, how to combine scientific and technological innovation with ecological environment construction, practice the integration and symbiosis of ecology and innovation, and promote the development of green innovation is the current focus of academic research. The scientific and technological innovation ecological chain is an organizational model that realizes the goal of scientific and technological innovation and the value-added spiral through the orderly connection and synergistic interaction between the main bodies or elements of innovation, such as basic research, technical research, achievement transformation, talent support, and technological finance. This paper takes Shanxi Province’s scientific and technological innovation ecological chain as a typical example, collects relevant text data through web crawler technology, then deconstructs the system of scientific and technological innovation ecological chain based on media integration, understands the composition of its main chain, supporting chain, and the interaction between the chains mechanism, and finally puts forward policy suggestions for the deepening of the future regional scientific and technological innovation ecological chain.
“…Any way to reduce transport costs in an economic context should be implemented by using the transport users' needs (vehicle should be more convenient, safer, more reliable and faster), as noted in the context of the investigation of Perić et al (2021). The most promising areas of technological development in the transport sector, namely: artificial intelligence, big data, 5G technology, neural network memory and the Internet of Things have been described by Bohomazova, & Kvasha (2020). Our respondents single out this group in the "educational aspects" category, which is justified, forasmuch as it is with the help of them that the importance of digital technologies in the development and research field, especially in the transport sector, increases.…”
The purpose of the research is to study the components and problems inhibiting the development of the interrelationship of economic, marketing, educational aspects in the innovative development of the transport sector. The methodological base is as follows: methods of sociological analysis and conducting surveys on the “Typeform” platform, methods of bibliometric and patent analysis, which are based on search platforms Web of Science and Derwent Innovation. 1000 economists, marketing experts, teachers, and students took part in the survey (Ukraine). It has been determined that the economic aspects consist of the creation and development of a full-fledged international transport and logistics center; a network formation of transportation and logistics hubs; development of multimodal transportation, introduction of modern information and control systems, renewal of the vehicle fleet, incentives towards creation of large local freight forwarders. The problematic issues of the sector have been outlined. It has been found out that the principal directions of innovative development are integration of machine-building and information technologies into transportation tools and infrastructure, etc.
The Law of Ukraine “On priority areas of innovation in Ukraine” expires in 2021. Therefore, the question of identifying new innovative priorities has been arosen. Transport and transport infrastructure represent an important part of GDP and jobs, the transformation of the transport sector provides huge business opportunities, and transportation services are necessary for the well-being and quality of life of citizens and the competitiveness of the Ukrainian economy. Transport infrastructure is a key element of the many United Nations sustainable development goals. Given all the above and the fact that the demand for transport services will constantly grow due to population growth, increased volumes of production and consumption of goods, transport has great chances to be included in the new list of priority areas of scientific and technological development in Ukraine. Therefore, the analysis of the technological development of this sphere is an urgent task of clarifying the future priorities of innovation in the field of transport in Ukraine. In the work the methodology of scientific and technological forecasting has been developed using the patent landscape and intellectual property analytics and on the basis of forecasting and analytical studies. Using this methodology and the Web of Science, Derwent Innovation and PatSnap and the International Patent Classification (IPC) databases, a patent landscape was built and world technological trends of the field under study were determined, in particular, digitalization, electrification, general mobility, autonomy, decarbonization, as well as the need for a new city planning. It is concluded that patent analysis, patent landscape and patent analytics make it possible to develop a forecast of technological changes, in particular for the transport, and the use of two patent databases increases the accuracy of the forecast. The results of the work make it possible to determine the scientific and technological priority areas for the transport system, and for business and innovation politic to respond in time to changes in development directions and conditions for the functioning of transport, take them into account when developing a transport strategy and get potential benefits and minimize the negative consequences of the events encountered and transport will collide.
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