Joowon Choi, Jongsub Lee, Youngae Kim, Yongtae Shin

KIPS Transactions on Computer and Communication Systems, Vol. 9, No. 7, pp. 157-164, Jul. 2020
https://doi.org/10.3745/KTCCS.2020.9.7.157,   PDF Download:
Keywords: Smart Fish Farm, Smart Aquacluture, Macroenvironmental Analysis, PEST Anlaysis
Abstract

As the consumption of fishery products continues to increase, aquaculture industry has emerged instead of fishing industry facing limitations of fish stock resources. Recently, smart fish farming industry has rapidly developed through convergence with 4th Industrial Revolution technology. Accordingly, it is important to derive a future model of smart fish farming platforms in order to secure the superiority of the aquaculture industry and the technology standard hegemony. In this study, the future direction of smart fish farm platform was derived through the analysis of environment related to politics, economy, society, and technology related to smart fish farming by applying PEST methodology of macro-environment analysis. It is expected that it will help the public and industrial circles in planning and implementing related projects by including the entire process of value chain of aquaculture industry of breeding, production, management and distribution, and by presenting advanced models based on artificial intelligence and digital twin.

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