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Intelligent recognition method of infrared imaging target of unmanned autonomous ship based on fuzzy mathematical model

机译:基于模糊数学模型的无人自主船红外成像目标智能识别方法

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摘要

In view of the objectively ambiguous feature of infrared image of unmanned autonomous ship, this paper presents a quantitative method to deal with the ambiguity problem in infrared image by using the fuzzy mathematical model to realize the purpose of intelligent recognition of infrared imaging target. In order to simplify the computation of target recognition and improve the response time and accuracy in the selection of target features in infrared images, three features of target location, radiation distribution and shape are selected for analysis in this paper. The membership functions of these three features are weighted to calculate the confidence, and the classification and recognition are realized according to the confidence. Finally, the simulation results show that the recognition method proposed in this paper can effectively identify the target, and the recognition rate is very high. Compared with the recognition methods based on neural network and SVM, the recognition distance of this method is longer than that of the latter two methods.
机译:鉴于无人自主船的红外图像的客观模糊特征,本文通过使用模糊数学模型来实现红外图像中的模糊性问题来实现红外成像目标智能识别的目的的定量方法。为了简化目标识别的计算,提高红外图像中目标特征的响应时间和准确性,选择目标位置,辐射分布和形状的三个特征用于分析。这三个特征的隶属函数被加权以计算置信度,并且根据信心地实现分类和识别。最后,仿真结果表明,本文提出的识别方法可以有效地识别目标,并且识别率非常高。与基于神经网络和SVM的识别方法相比,该方法的识别距离比后两种方法的识别距离更长。

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