英语轻松读发新版了,欢迎下载、更新

Greek ‘AI Factory’ stakeholders have first meeting | eKathimerini.com

2025-04-15 16:37:47 英文原文

作者:Newsroom

Greek ‘AI Factory’ stakeholders have first meeting

The first meeting of the various bodies involved in Greece’s “AI Factory” has taken place at the Ministry of Digital Governance.

The ministry’s flagship Pharos project will be powered by Daedalus, the country’s own high-performance computing system, and developed at the Lavrio Technological and Cultural Park, in eastern Attica, with an allocated budget of €30 million.

The project’s 36-month implementation is set to begin immediately. The 89-Pflops Daedalus will be capable of performing billions of mathematical calculations per second, delivering computational power equivalent to one million conventional computers running simultaneously.

Minister of Digital Governance Dimitris Papastergiou said Pharos’ goal is to offer small and medium-sized enterprises, universities, research centers and the public sector a modern environment for the utilization of artificial intelligence, “not as an end in itself but as a lever for development”.

He said the system’s capabilities will be utilized for the development of personalized medicine applications, the optimization of natural resource management, the analysis of satellite data for the prediction of natural disasters as well as for the understanding and processing of administrative procedures in natural language with the aim of enhancing accessibility for people with disabilities.

关于《Greek ‘AI Factory’ stakeholders have first meeting | eKathimerini.com》的评论


暂无评论

发表评论

摘要

Greece's "AI Factory" held its first meeting at the Ministry of Digital Governance. The flagship Pharos project will use the country’s high-performance computing system, Daedalus, located in Lavrio Technological and Cultural Park, with a budget of €30 million. Daedalus, capable of 89-Pflops performance, aims to provide AI tools for SMEs, universities, research centers, and the public sector. Minister Dimitris Papastergiou highlighted applications including personalized medicine, natural resource management optimization, disaster prediction through satellite data analysis, and enhancing accessibility for people with disabilities via administrative procedure processing in natural language.