An evaluation model for Cloud-based Data mining Systems with Hadoop

TLDR: In this article, a review of the existing technologies described by some of the relevant works were taken to achieve the overall framework, and some algorithms perform better in any given circumstance based on the references, and there is nothing like one algorithm fits all the tasks of mining procedures.

Abstract: The traditional approach of mining is more expensive, slow, and is inefficient in case of big data. This calls the essence of cloud technology which has the capability of discovering knowledge from a huge database at a very high rate. The implementation of Hadoop technology makes the processing more efficient because of its underlying characteristic of parallelism and data locality. The aim is to have a system based on a review that resembles the most efficient cloud data mining technology. The system should have capabilities to mine big data and have greater application whilst address the problems of existing mining technologies. In doing so, the existing technologies described by some of the relevant works were taken to achieve the overall framework. Reviews of related works were performed for a better understanding of the existing technology on cloud data mining. Based on the references, some algorithms perform better in any given circumstance. The scalability, parallelism, and cost-effectiveness play a significant role in making the system more efficient. The data locality feature of Hadoop gives a maximum optimization in the mining process. Data mining is not a single task, and there is nothing like one algorithm fits all the tasks of mining procedures. The assumptions and given circumstance of data mining will define the accuracy of mining and overall performance. Data type and tasks are always changing which indicates the essence in dynamic algorithms and techniques of data mining.