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Performance Analysis of Ship Tracking using PID/Fuzzy Controller

机译:PID /模糊控制器的船舶跟踪性能分析

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Accurate ship Path following is an issue of the Marine Navigation Technology. In order to achieve accurate path following in ship navigation various controllers like PID (ProportionalIntegralDerivative), Adaptive and Predictive controllers are used. However, the main problem of ships is the PID controller is that they are set to work under specific conditions. Even though predictive controllers have predictive capability and are giving accurate results but they are computationally complex. In this work an attempt is made to evaluate the performance of Adaptive (Fuzzy logic) and PID controllers in terms of tracking efficiency and computational time. Computational result evaluated using mat lab shows that Adaptive (Fuzzy logic) provides better tracking performance than PID.
机译:精确的航迹跟踪是海洋导航技术的问题。为了在船舶导航中实现精确的路径跟踪,使用了各种控制器,例如PID(ProportionalIntegralDerivative),自适应和预测控制器。但是,船舶的主要问题是PID控制器是将它们设置为在特定条件下工作。尽管预测控制器具有预测能力并给出准确的结果,但是它们在计算上很复杂。在这项工作中,尝试根据跟踪效率和计算时间来评估自适应(模糊逻辑)和PID控制器的性能。使用Mat Lab评估的计算结果表明,自适应(模糊逻辑)比PID提供更好的跟踪性能。

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