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In industrial applications, the real time communications among the spatially distributed sensors should satisfy reliability requirements and strict security. Most of the industries use wireless networks for communicating information and data, due to high cable cost. Since the wireless networks are insecure, it is essential to secure the critical information and data during transmission. The data that transmitted is intercepted by eavesdropper can be predicted by secrecy capacity. When the secrecy capacity gets fades, then it is known that transmitted data is intercepted. In the event of applying optimal sensor scheduling scheme a sensor with highest secrecy capacity is choosen and the data is transmitted. In this paper various types of scheduling are studied. Keywords-RealTime scheduling, optimal sensor scheduling, secrecy capacity, Intercepted

A Study of Various Algorithms Used for Analyzing Eavesdropping Attack in Industrial Wireless Sensor Network