Title :
Scalable Proactive Event-Driven Decision Making
Author :
Artikis, Alexander ; Baber, Chris ; Bizarro, Pedro ; Canudas-de-Wit, C. ; Etzion, Opher ; Fournier, Fabiana ; Goulart, P. ; Howes, Andrew ; Lygeros, John ; Paliouras, G. ; Schuster, Assaf ; Sharfman, Izchak
Abstract :
This paper proposes a methodology for proactive event-driven decision making. Proper decisions are made by forecasting events prior to their occurrence. Motivation for proactive decision making stems from social and economic factors, and is based on the fact that prevention is often more effective than the cure. The decisions are made in real time and require swift and immediate processing of Big Data, that is, extremely large amounts of noisy data flooding in from various locations, as well as historical data. The methodology will recognize and forecast opportunities and threats, making the decision to capitalize on the opportunities and mitigate the threats. This will be explained through user-interaction and the decisions of human operators, in order to ultimately facilitate proactive decision making.
Keywords :
Big Data; data analysis; decision making; decision support systems; socio-economic effects; Big Data processing; economic factors; event forecasting; opportunity forecasting; opportunity recognition; proactive event-driven decision making; social factors; threat forecasting; threat recognition; user-interaction; Big data; Decision making; Economics; Event recognition; Forecasting; Process management; Real-time systems; Scalability;
Journal_Title :
Technology and Society Magazine, IEEE
DOI :
10.1109/MTS.2014.2345131