互联网环境下船舶航向数据交互式智能控制方法

Interactive intelligent control method for ship heading data in internet environment

互联网环境下,对船舶航向数据的控制要求高,而传统方法调节速度慢、适应性差,导致最终的航向控制效果不理想,为此提出并设计了船舶航向数据交互式智能控制方法。使用线性特征反馈航向数据中的不确切控制对象,通过整合模糊参数,确定航向数据的控制规则,再融合交互式控制算法,简化计算步骤,完成船舶航向数据的交互式智能控制方法设计。仿真实验结果表明,交互式智能控制方法具有较快的调节速度和良好的适应性能,较传统方法的调节速率高21.5%,具备极高的有效性。

In the Internet environment, the control of ship course data is demanding, but the traditional methods are slow to adjust and have poor adaptability, which leads to the unsatisfactory effect of the final course control. Therefore, an interactive intelligent control method for ship course data is proposed and designed. Using the inaccurate control object in the course data with linear feature feedback, the control rules of the course data are determined by integrating the fuzzy parameters, and then the interactive control algorithm is fused to simplify the calculation steps and complete the design of the interactive intelligent control method for ship course data. The simulation results show that the interactive intelligent control method has fast adjustment speed and good adaptability, which is 21.5% higher than the traditional method, and has very high effectiveness.