Research Article
A Comparative Study for Anonymizing Datasets with Multiple Sensitive Attributes and Multiple Records
@INPROCEEDINGS{10.1007/978-3-031-33614-0_3, author={Mona Mohamed Nasr and Hayam Mohamed Sayed and Waleed Mahmoud Ead}, title={A Comparative Study for Anonymizing Datasets with Multiple Sensitive Attributes and Multiple Records}, proceedings={Big Data Technologies and Applications. 11th and 12th EAI International Conference, BDTA 2021 and BDTA 2022, Virtual Event, December 2021 and 2022, Proceedings}, proceedings_a={BDTA}, year={2023}, month={5}, keywords={Privacy Anonymization Healthcare Data publishing MSA PPDP IOT}, doi={10.1007/978-3-031-33614-0_3} }- Mona Mohamed Nasr
Hayam Mohamed Sayed
Waleed Mahmoud Ead
Year: 2023
A Comparative Study for Anonymizing Datasets with Multiple Sensitive Attributes and Multiple Records
BDTA
Springer
DOI: 10.1007/978-3-031-33614-0_3
Abstract
Today, there are many sources of data, such as IoT devices, that produce a massive amount of data, particularly in the healthcare industry. This microdata needs to be published, and shared for medical research purposes, data analysis, mining, learning analytics tasks, and the decision-making process. But this published data contains sensitive and private information for individuals, and if this microdata is published in its original format, the privacy of individuals may be disclosed, which puts the individuals at risk, especially if an adversary has strong background knowledge about the target individual. Owning multiple records and multiple sensitive attributes (MSA) for an individual can lead to new privacy leakages or disclosure. So, the fundamental issue is how to protect the privacy of 1:M with the MSA dataset using anonymization techniques and methods, as well as how to balance utility and privacy, for this data while reducing information loss and misuse. The objective of this paper is to use different methods and different anonymization algorithms, like the 1:m-generalization algorithm and Mondrian, and compare them to show which of them maintains data privacy and high utility of analysis results at the same time. From this comparison, we found that the m-generalization algorithm and the (p, k) angelization method perform well in terms of information loss and data utility compared to the other remaining methods and algorithms.
