Enhancing Data Ingestion Efficiency in Cloud-Based Systems: A Design Pattern Approach


연구 분야: Databases



학회: Data Science and Engineering


초록

This paper aims to define design patterns specifically for data ingestion techniques within cloud-based architectures, addressing the challenges associated with high-volume data processing. The approach utilizes a flexible, metadata-driven framework that enhances adaptability and ease of use. This framework supports both incremental and full refresh methods, allowing for seamless changes to ingestion types, schema updates, table additions, and the incorporation of new data sources with minimal intervention from data engineers. The proposed design patterns were validated through experiments conducted on the Azure and Google Cloud platforms. The experiments demonstrate that the proposed design patterns significantly reduce data ingestion time, showcasing their effectiveness in managing high-volume data ingestion. This paper contributes to the field of data management by presenting a comprehensive definition of design patterns tailored for data ingestion in cloud-based architectures, effectively addressing key challenges in high-volume data processing.


Author Profile
Chiara Rucco

Department of Engineering Innovation University of Salento Lecce Italy

Italy
Author Profile
Antonella Longo

Department of Engineering Innovation University of Salento Lecce Italy

Italy
Author Profile
Motaz Saad

Department of Engineering Innovation University of Salento Lecce Italy

Italy

📄 논문 정보

발행 연도 2025년
인용수 0
출판 국가 Italy
사이트 Springer
좋아요 수 0

연관 논문 목록 (32건)