Efficient, Reliable, and Scalable Distributed Data Processing Based on Hadoop
Yingwei Liang, Taipeng Zhu, Chenghui Liu, Yue Chen, Yufei Yang · 2024
With the rapid growth of information technology and the intelligent upgrading of terminal devices, the amount of data in modern society is showing an explosive growth trend. These data are not only large-scale, but also structurally diverse. This data characteristic poses significant challenges to traditional data processing and storage methods. Although traditional distributed database and data warehouse technologies can to some extent cope with large-scale data processing, efficiency and flexibility are still limited when dealing with unstructured and massive data. In this context, the emergence of Hadoop and Map Reduce technologies has provided new solutions for large-scale data processing. Hadoop has become one of the mainstream technologies for handling big data due to its simple programming model, good scalability, and powerful fault tolerance. This article designs a distributed data processing system based on Hadoop, which fully utilizes the efficiency, high reliability, and high scalability of Hadoop, aiming to meet the needs of large-scale data processing. The experimental results show that the system in this paper has demonstrated excellent performance and stability in practical applications, and can process massive data, providing an effective solution for large-scale data processing.