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Knowledge management applying disruptive technologies as a response to the COVID-19 crisis in public administration

机译:知识管理应用破坏性技术作为对公共行政进入Covid-19危机的回应

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The accelerated propagation of Sars-Cov2 and the consequent Covid-19 disease in the world has led the public administrations of different countries to use the advantages provided by disruptive technologies to effectively and efficiently manage the large volume of data generated. This communication presents the main characteristics and advances that distinguish the development of the initiative called Epidempredict for Covid19 in Panama. The project involves the implementation of a cloud platform that facilitates data analysis in a distributed, collaborative and secure form. This platform will enable efficient data ingestion, administration, analysis, visualization and export. The development will be a solution oriented to VUCA (Volatile, Uncertain, Complex and Ambiguous) environments. The implementation integrates tools and resources supported by technologies such as Artificial Intelligence (AI) and Machine Learning (ML) integrating models, predictive algorithms and dashboards that enable decision making based on real and meaningful data. The project proposes the use of a neuro-hybrid model, based on a SIR model with artificial intelligence, combining several algorithms. This initiative aims to support the health authorities of the Panamanian public administration by facilitating decision making and the adoption and implementation of precise strategic actions in the field of health and public welfare.
机译:SARS-COV2的加速繁殖和世界上随后的Covid-19疾病导致了不同国家的公共主管部门利用破坏性技术提供的优势,以有效和有效地管理产生的大量数据。该沟通呈现了区分卡马Covid19的倡议的发展的主要特点和进步。该项目涉及实现云平台,以分布式,协同和安全形式提供有助于数据分析。该平台将实现高效的数据摄取,管理,分析,可视化和出口。该开发将是面向Vuca(易失性,不确定,复杂和暧昧)环境的解决方案。该实施集成了由人工智能(AI)和机器学习(ML)集成模型,预测算法和仪表板的技术支持的工具和资源,该模型,预测算法和仪表板能够基于真实和有意义的数据实现决策。该项目提出了一种基于具有人工智能的SIR模型的神经混合模型的使用,结合了几种算法。该倡议旨在通过促进卫生和公共福利领域的决策和通过和实施精确的战略行动,支持巴拿马公共行政的卫生当局。

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