Identification of components of Chabahar Bay intelligentization with Delphi-phase approach
Author(s):
Article Type:
Research/Original Article (دارای رتبه معتبر)
Abstract:
Smart ports are high-performance ports that use information technology and communications to provide smart applications and improve port management, subsequently improving the competitiveness and sustainability of the national economy. Therefore, Countries that have small and large ports or bays, in order to invest in the acquisition of goods, consumption and development of capital to provide differentiated services and reduce costs, should seriously consider the use of new technologies for smart people. They should consider the feasibility and implementation of smart building in all elements of their plans. Based on this, the main goal of this research is to identify the components of intelligentization of Chabahar Bay with fuzzy Delphi approach. The research is applied in terms of purpose and descriptive-analytical in terms of implementation method. By studying the theoretical literature and the research background of the components of smartening the Gulf, extracting then in order to weight and agree on the identified indicators, a questionnaire was designed and the indicators were introduced in pairs by a sample of 31 people from the statistical community of the research including The experts and managers of Chabahar port and neighboring facilities and industries in Chabahar Bay related to marine issues and familiar with intelligentization have been compared. Comparisons of indicators have been analyzed with fuzzy Delphi technique and SUPPER DECISION program. The findings show that the components of intelligentization of Chabahar Bay include eight main components (transportation management, laws and regulations, human resource management, weather forecasting, traffic forecasting and analysis, technology and infrastructure , safety and security and executive management) and 35 sub-components.
Language:
Persian
Published:
Journal of Teaching in Marine Sciences, Volume:11 Issue: 3, 2024
Pages:
95 to 111
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