Research on Intelligent Monitoring of Offshore Wind Turbine Environment Based on Wireless Transmission and Distributed Computing

Abstract

The marine ecosystem is a dynamic system, and offshore wind power can make efficient use of marine resources and marine space. Hence, it is important to perform the research on intelligent monitoring of offshore wind turbine environment based on wireless transmission and distributed computing. To this end, we first investigate a mobile edge computing (MEC) system, in which a mobile device offloads its task to several edge nodes (ENs). Specifically, practical MEC scenarios are studied, in which the task of mobile device should be completed within a given latency threshold. Moreover, to faciliate the performance evaluation, we define the outage probability (OP) for the considered MEC system and further analyze the outage performance of the considered MEC system, where an analytical expression of OP as well as the asymptotic one is derived. Finally, we show some simulation and analytical results to verify how some key parameters affect the intelligent monitoring of offshore wind turbine environment based on wireless transmission and distributed computing.