An Empirical Study of the Technoparks in Turkey in Investigating the Challenges and Potential of Designing Intelligent Spaces

Erişen, Serdar

doi:10.3390/su151310150

Cited by 3 publications

(5 citation statements)

References 57 publications

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“…Many sectors, e.g., defence and automotive, are at the highest global technological level. The offer of the Türkiye agri-food industry is also extremely attractive, and of course tourist and beauty and spa services (Erişen 2023). According to data, more than a million Polish tourists visited Türkiye in 2022, attracted by the local offer and the possibility of travelling to Türkiye only with an ID.…”

Section: Source: Own Elaborationmentioning

confidence: 99%

Polish-Türkiye cooperation in the area of technology and innovation: Conditions and development directions

Gródek-Szostak,

Aldağ,

Kotulewicz-Wisińska

et al. 2024

SER

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Background: The year 2023 is a special time for Polish-Türkiye diplomatic relations. It is the 100th anni-versary of the proclamation of the Republic of Türkiye and the 100th anniversary of its recognition by Poland. One area of this public and economic diplomacy is the debates on the different dimensions of the experiences, practices or frameworks of mutual cooperation between Poland and Türkiye, organised by the Foundation for Research on Türkiye in cooperation with the Regional Centre for International Debate in Krakow. The article is a synthesis of considerations undertaken in the area of Polish- Türkiye economic cooperation, with a particular focus on technology and innovation. Research objectives: The article aims to describe the potential pathways for enhancing mutual eco-nomic and political relations between Poland and Türkiye. Methods: The paper is based on content analysis of the debate on Polish-Türkiye cooperation in the area of innovation and technology, the potential of both countries in this respect, and the possibilities for its development. The debate took place in March 2023, and the authors were one of the panellists. The find-ings enrich statistical data coming from the Polish Central Statistical Office. Results: The paper highlights the strong economic ties between Poland and Türkiye, underscoring their joint endeavours across various industries. Both governments have ambitious plans to significantly boost their trade balance by 2023, with a particular emphasis on sectors like energy, mining, IT, automotive, and textiles, showcasing a mutual commitment to growth and partnership. Conclusions: Establishing and developing economic cooperation between Poland and Türkiye can ben-efit both countries. The mechanisms and initiatives mentioned above can help to increase trade and investment flows, create new business opportunities, and promote mutual learning and innovation.

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Section: Source: Own Elaborationmentioning

confidence: 99%

Polish-Türkiye cooperation in the area of technology and innovation: Conditions and development directions

Gródek-Szostak,

Aldağ,

Kotulewicz-Wisińska

et al. 2024

SER

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“…До сих пор в мире существует только одна крупная подобная программапрограмма «Технополис» в Японии [41; 42]. Например, в Турции технополисы создаются в соответствии с Законом № 4691 «О зонах технологического развития» и называются зонами технологического развития (Technology Development Zones, TDZ) [43]. В России на основании Федерального закона от 31.12.2014 № 488-ФЗ «О промышленной политике в Российской Федерации» 3 создаются индустриальные (промышленные) парки, промышленные кластеры, инжиниринговые центры, промышленные технопарки, технопарки в сфере высоких технологий и т.д.…”

Section: технопарк инкубаторunclassified

“…Технополисы, технопарки, зоны технологического развития, центры исследований и разработок, а также фирмы являются основными участниками открытых инноваций и национальных инновационных систем. Поэтому их можно легко стимулировать к созданию устойчивых цифровых экосистем для ответственных инноваций с использованием современных технологий, таких как интеллектуальные пространства, которые еще предстоит чаще применять на рабочих местах и в промышленности [43]. Примеры интеллектуальных пространств, которые стали очевидными в период Индустрии 4.0, в настоящее время необходимо рассматривать с учетом их растущего влияния на Индустрию 5.0 [49] В левой части модели под Индустрией 5.0 понимаются новейшие достижения технологического развития, такие как гибридные и социальные предприятия, новые киберфизические интерфейсы и креативность, которая представляет собой способность к инновациям и разработке новых идей.…”

Section: модель киберфизического технополиса на основе интеллектуальн...unclassified

“…Интеграция контекстно-зависимых блокчейн-приложений на базе данных, полученных из интеллектуальных пространств, открывает новые горизонты в области безопасности, прозрачности и децентрализации операций, что критически важно для координации и сотрудничества в рамках технополисов. IoT-приложения, реализованные в этих интеллектуальных пространствах, могут обеспечивать не только сбор данных в реальном времени, но и их сертификацию, что является важным аспектом при подтверждении подлинности и соответствии определенным стандартам [43].…”

Section: модель киберфизического технополиса на основе интеллектуальн...unclassified

“…5. Model of cyber-physical technopolis based on intellectual spacesSource: compiled by the author based on[43]…”

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Cyber-physical development of technopolises under conditions of digitalisation and intelligentisation of industry

Shkarupeta

2023

RJIE

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The article reflects the results of a multidimensional study aimed at analyzing the established models and concepts of technopolises, focusing on their cyber-physical development in the light of modern technological and socio-economic changes. Technopolises are recognised as some of the largest and potentially most important projects in the world. The aim of the research was to systematise and analyse existing models of technopolis development, and to identify the key factors influencing the efficiency and innovation activity of these zones in the context of digitalisation and intellectualisation of industry. The evolution of research interest in the technopolis concept was analysed. The systematization of definitions and theoretical approaches to the concept of technopolis was carried out. The echeloned concept of technopolis is presented on the basis of the cognitive triad of economic, technological and urban planning aspects. The empirical typology of clusters is built, their differences from science cities and technoparks are shown. Technopolises are proposed to be considered from the position of their inclusion in the object component of innovation-industrial ecosystems along with clusters, parks and zones. The limitations of the technopolis concept are highlighted. The analysis of the current state and prospects of technopolises development in the Russian Federation as locomotives of innovation activity in the conditions of industry digitalisation is carried out. The model of cyber-physical technopolis based on intellectual spaces integrating the latest achievements in the field of information technologies and managerial innovations is proposed. The proposed model implies the creation of synergetic interaction between physical and digital elements of the industrial environment, which can serve as a stimulus for the leapfrog development of technopolises and the entire innovation-industrial ecosystem of the country. The development of models for assessing the economic contribution of cyber-physical technopolises at the macro- and micro-levels may become a direction for further research.

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Determination of the role and factors of technopolis development in the economic security of the depressed regions

Shkarupeta

2024

Mod. innov. razvit.

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Purpose: is to develop the integrated approach to assessing and determining the role and factors of technopolis development in the context of improving economic security of the depressed region.Methods: to analyze the current state of technopolis development in the Russian Federation, the comprehensive multi-component methodological approach was developed, including qualitative and quantitative analysis, as well as statistical methods of data interpretation. This approach was applied to assess the technopolis development of 14 science cities in Russia, the results of which were presented in the form of the composite index heat map. The source of initial data is Rosstat.Results:the study analyzed the evolution of the technopolis concept from the late 19th century to the present. This made it possible to identify the key factors influencing the transformation of scientific and innovation ecosystems. In particular, it was found that modern technopolises in Russia are often the result of renaming or transformation of existing science cities. In the context of economic security of the depressed regions, the factors influencing technopolis development were analyzed. Special attention was paid to the science city of Biysk, located in the largest depressive region of the country – Altai Krai.Conclusions and Relevance: the study showed that technopolises can act as catalysts of economic revival of the depressed regions. However, it also revealed the risks of creating socio-economic imbalances, which indicates the need for a differentiated approach when implementing technopolis projects in the such regions. The results of the study can be used to develop strategies for the management and development of technopolises, as well as to improve the economic security of the depressed regions. The main directions of further research may include analyzing the relationship between technopolis development and economic security, as well as the development of specific management and financing mechanisms.

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An Empirical Study of the Technoparks in Turkey in Investigating the Challenges and Potential of Designing Intelligent Spaces

Cited by 3 publications

References 57 publications

Polish-Türkiye cooperation in the area of technology and innovation: Conditions and development directions

Polish-Türkiye cooperation in the area of technology and innovation: Conditions and development directions

Cyber-physical development of technopolises under conditions of digitalisation and intelligentisation of industry

Determination of the role and factors of technopolis development in the economic security of the depressed regions

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