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The purpose of the chapter is to study peculiarities of formation of “green economy” in Russia and to substantiate the perspectives of its development by technological parks. The “green economy” is just appearing in Russia, as its volume is 4% of GDP as of now, with a downward trend for the recent 10 years. Favorable conditions for the formation of “green economy” are created in technological parks due to the attraction of the necessary volume of investments and increased state regulation. Technological park ‘Sinarsky’, West-Siberian innovational center (Tyumen technological park), and technological park of high-tech of Khanty-Mansi Autonomous Okrug show “green” initiatives. However, their share in the total structure of technological parks of Russia is only 2%. The volume of “green” investments in technological parks of Russia constitutes RUB 0.58 billion, and the volume of “green” production – RUB 9.153 billion, with 3,980 “green” jobs. The developed authors’ concept and the offered practical recommendations allow for the deeper study of the potential of technological parks in the context of the “green economy” in Russia. According to the forecast, their implementation will allow ensuring achievement of the share of “green” technological parks in their structure at the level of 30%, thus increasing the volume of “green” investments in Russia’s technological parks to RUB 7.888 billion: the volume of “green” production to RUB 124.48 billion, and the number of “green” jobs to 54,128. “Green” development of technological parks will allow increasing the volume of “green” economy in Russia by 3.2% until 2025.

Innovation is today considered a competitive differential for improving the performance of companies, and technology parks are seen as environments with favorable conditions for such innovation. The purpose of this study is to develop a framework for analyzing favorable conditions for innovation in technology parks, the innovations produced and organizational performance.

To this end, the authors conducted bibliographic research and in-depth interviews with managers of companies based at the Tecnopuc Science and Technology Park, and managers of the park itself, to establish practical support for previous theoretical findings.

As a result, a framework was developed to link the favorable conditions for innovation, and organizational performance.

The analysis model proposed here synthesizes the contributions made by several scholars on the theme, allowing for a more detailed and integrated interpretation of the phenomenon, namely, the ways through which the effective development of innovation takes place in companies residing in technology parks and the contribution of innovation to the specific performance of companies.

The use of the proposed framework can help direct park managers’ action towards those relationships or activities that prove to be ineffective in achieving desired goals.

The use of the proposed model in empirical surveys will allow for better understanding of the phenomenon involving the features of technology parks and their effects on innovation and the performance of companies installed there, considering that such parks allow them to access resources with lower transaction costs.

This study aims to examine technology adoption practices in Chinese theme parks by leveraging text mining and sentiment analysis approaches on actual theme park customers’ online reviews.

The study text mined a total of 65,518 reviews of 490 Chinese theme parks with the aid of the Python program. Further, it computed sentiment scores of the customer reviews associated with the ratings of each categorized technology practice applied in the theme parks.

The study identified two major categories of technology applications in theme parks: supporting and experiential technologies. Multiple statistical tests confirmed that supporting technologies consisted of three types: intelligent services, ticketing and in-park transportation. Experiential technologies further included five aspects of technologies according to Schmitt’s strategic experiential modules (SEMs): sense, feel, act, think and relate.

The study findings contribute to the current understanding of theme park visitors’ perceptions of technology adoption practices and provide insightful implications for theme park practitioners who intend to invest in high technology solutions to deliver a better customer experience.

通过对游客的在线评论进行文本挖掘和情感分析, 本研究论旨在探索在中国主题公园中科技采用的行为。

本研究运用Python 程序一共挖掘了来自490 中国主题公园的65,518 条评论。本研究进一步计算了在主题公园中与科技运用有关在线评论的情感指数。

本研究发现了在主题公园科技应用的两大主要分类：辅助和体验科技。辅助科技包括三种：智慧服务, 售票, 和园中运输。根据Schmitt 战略体验模块（SEMs): 体验科技进一步包括科技的五大方面：感官, 感觉, 思考, 和联系。

本研究对了解目前主题公园游客对科技使用行为的看法提供了见解, 以及对主题公园有意向投资科技来提高客户体验的从业人员提供了深远意义。

The purpose of this chapter is to study the key components of well-balanced information economy. The authors offer a hypothesis that progressive development of information economy in the country depends on the balance of its components. The methodology of the research is based on using the method of comparative analysis and analysis of statistical information for determining the state, tendencies, and dynamics of development of the main components of well-balanced information economy. The research allowed for generalization of certain empirical data on structural components of well-balanced information economy of Russia. The performed research showed that there is a difference in approaches to determination of the essence of information economy and variety of approaches to its structure. Also, there is a sustainable tendency of growth of the key components of information economy: in the sphere of production of means of information equipment, reliability of functional equipment grows, its weight and dimensions reduce, and energy saving ratio increases; in the sphere of production of information products, variety of products grows and limits of their usage expand – from professional activities to application in households; service sphere in information economy is the fastest growing component – especially in the sphere of telecommunication systems. Russia is peculiar for imbalance between separate components of information economy, which is deepened by excessive dependence of domestic market of the information and communication technology (ICT) on foreign suppliers; as a result of which Russian companies lag behind their rivals. Hence, formation of well-balanced information economy requires symbiosis of efforts of the state, private business, and scientific community. Qualitative growth of economy is possible with technologies that allow evaluating the current state of markets and spheres and conducting effective forecasting of their development, as well as reacting to changes in the situation in national and world markets.

The European Union offers support mechanisms to help small and medium sized enterprises (SMEs) to innovate and grow. Given the substantial contribution of SMEs to national economies, the present paper explores what factors tend to be associated with the success of EU-supported innovation by SMEs in Poland during its early post-accession period.

A conceptual model relating the type of innovation, investment purpose, funding type and financial readiness, location and collaboration possibilities, company size and sector of operation to changes in the capital base, employment, unit price and revenue is proposed. This model is operationalised and estimated as a structural equations model and estimated using a sample of 110 SMEs surveyed in 2008 in the Greater Poland (Wielkopolska) region in Poland.

Two approaches to the successful use of innovation support have been observed among the studied companies. The first approach implements market innovations to establish a presence in foreign markets and to move the product or service up the value chain. The second approach uses the funding to de-risk workforce expansion and increase production capacity.

The paper provides the first systematic disaggregate level analysis of an early post-accession context where impacts of EU support for SME innovation are decomposed into effects of specific investment conditions and innovation type on changes in capital base, employment, unit price and ultimately revenue. The insights provided here are valuable for managers developing business and innovation strategies on the one hand, but also for policymakers responsible for creating an entrepreneurship friendly environment in emerging economies.

This chapter elaborates on entrepreneurship in developed and developing countries and focuses on the optimization of entrepreneurial activities. Various scenarios are considered: independent functioning of the market, integration in the form of reorganization (mergers and acquisitions), integration in the form of clustering, and integration in the form of innovational networks and technological parks. The optimal structure of the integration processes and best-case scenarios for its implementation to accelerate the rate and increase the quality of economic growth are substantiated. The potential for uptake of integration processes in stimulating economic growth through entrepreneurship is determined by the level of institutionalization in an economy. In developed countries, all forms of company integration are characterized by the high level of institutionalization, which allows for their effective use for economic growth. Independent companies, mergers, and acquisitions restrain economic growth and reduce its quality, while clusters, technological parks, and innovational networks accelerate the rate of economic growth and increase its quality. In developing countries, integration processes in entrepreneurship have a different influence on economic growth and require further institutionalization.

The purpose of this paper is to analyze and understand the condition that lead to a constitution’s path of Brazilian Science Parks, in the State of Rio Grande do Sul, and consequently to propose a new dimension of analysis to the Triple Helix.

A qualitative approach was used to elaborate a descriptive and exploratory research design, where a case study method was applied on six science parks.

The use of the Triple Helix model could not explain the Brazilian Science Park development realities. A new element, related to the innovation model, was considered as a determinant in the constitution of the Brazilian parks, and is represented as the community leadership category, as the Fourth Helix.

Since it is a qualitative study, the results obtained have a strong relation with the local, cultural and historically constructed contexts. Bias from the researchers’ subjectivity in the data collection procedures is present, although the validity and reliability measures were performed.

The construction of designed and implemented specific “fertile models,” which are capable of developing the necessary conditions for the constitution and the consolidation of science parks in Brazil.

Such empirical contribution comes from data referring to spontaneous and endogenous local community development movements.

The identification of a new element of the Triple Helix innovation model is represented as the community leadership category and is considered as a key determinant in the constitution of the Brazilian Science Parks.

Internationalisation became an important component of science parks (SPs) practices. In recent years, they have started to include, among the portfolio of their services, the support and fostering of their tenant firms’ internationalisation, such as soft-landing programmes and international immersion experiences for start-ups. Thus, the main aim of this chapter is to analyse these internationalisation practices in the light of the network and internationalisation theories. Based on an exploratory multiple case study the authors conducted in three Brazilian SPs located in the South of Brazil (Rio Grande do Sul State) – Tecnopuc in Porto Alegre, Tecnosinos in São Leopoldo and Feevale Techpark in Campo Bom. The authors provide evidences on how cohesive internal and external ties, networks as well as the level of specialisation are the key drivers of the internationalisation process of SPs and their tenant firms.

In recent years, the People's Republic of China has made remarkable progress in science and technology. The Chinese industry is competing for leadership in cutting-edge technologies such as 5G, robotics, artificial intelligence, aerospace and green energy. This article aims to analyze: What role do industrial parks, especially Suzhou Industrial Park, play in upgrading technology to encourage independent innovation and economic development? How SIP is related to the Belt and Road Initiative?

This research summarizes China's most important scientific and technological reforms and policies and in particular the Torch Program. In addition, it develops a case study of the Suzhou Industrial Park (SIP) by analyzing documents, bibliography and presenting data. It ends with a case study of the role of SIP in the Belt and Road Initiative analyzing the Great Stone Park in Belarus.

This article highlights that: China's experience clearly shows that the "visible hand" of the State plays a very important role in economic development and technological catch-up. All of them are implemented from a strategy linking the national objectives with the local ones, this is done from a top-down perspective. As an important aspect of economic and social development, China's experience in promoting indigenous innovation in science and technology provides a relevant example for developing countries.

There are few academic literature on Great Stone Industrial Park.

The international cooperation of the SIP with the technology parks throughout the BRI-countries provides relevant information to deepen collaboration in this field and could contribute to closing the technological gap in developing countries.

The role of the SIP in the Belt and Road initiative is an under research topic. There is few bibliography discussing the impacts of the cooperation in science and technology in the framework of the BRI.

Purpose: The purpose of the work is to consider the integration mechanism as a source of overcoming technological inequality. Also, the authors considered the problems of using clusters, special economic zones, technology parks, public–private partnership (PPP).

Design/methodology/approach: Statistical and regression analysis are used as research methods. This work analyses the materials of a survey among Russian employees who were transferred to remote work in 2020, which allows specifying the essence of technological inequality in Russia. A classification of technologies that allow clusters to influence the reduction of the technological gap and overcoming conflicts of business interests is proposed, and the classification of types of government policies is presented.

Originality/value: It is proved that the features of the digital economy development at the present stage largely depend on the degree of technological inequalities of countries. This work fills in a gap in the literature that consists in the uncertainty of the potential of integration mechanisms in entrepreneurship regarding the contribution to the reduction of technological inequality. This work’s contribution to the literature consists in substantiating the presence of this potential on the example of clusters, special economic zones, technology parks, and PPP.