Title :
Event Correlation Analytics: Scaling Process Mining Using Mapreduce-Aware Event Correlation Discovery Techniques
Author :
Reguieg, Hicham ; Benatallah, Boualem ; Motahari Nezhad, Hamid R. ; Toumani, Farouk
Author_Institution :
LIMOS, Blaise Pascal Univ., France
Abstract :
This paper introduces a scalable process event analysis approach, including parallel algorithms, to support efficient event correlation for big process data. It proposes a two-stages approach for finding potential event relationships, and their verification over big event datasets using MapReduce framework. We report on the experimental results, which show the scalability of the proposed methods, and also on the comparative analysis of the approach with traditional non-parallel approaches in terms of time and cost complexity.
Keywords :
Big Data; computational complexity; data mining; parallel algorithms; MapReduce framework; big process data; cost complexity; event correlation discovery techniques; parallel algorithms; process mining; scalable process event analysis; time complexity; Algorithm design and analysis; Data structures; Distributed processing; Event detection; Partitioning algorithms; Programming; Static VAr compensators; Event analytics; MapReduce; Process mining; correlation discovery; distributed computing; event analytics; mapReduce;
Journal_Title :
Services Computing, IEEE Transactions on
DOI :
10.1109/TSC.2015.2476463