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Predicting search time in visual scenes using the fuzzy logic a

机译:使用模糊逻辑A预测视觉场景中的搜索时间

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The mean search time of observers looking for targets in visual scenes with clutter is computed using the Fuzzy Logic Approach (FLA). The FLA is presented by the authors as a robust method for the computation of search times and or probabilities of detection for signature management decisions. The Mamdani/Assilian and Sugeno models have been investigated and are compared. A 44 image data set from TNO is used to build and validate the fuzzy logic model for detection. The input parameters are the: local luminance, range, aspect, width, wavelet edge points and the single output is search time. The Mamdani/Assilian model gave predicted mean search times from data not used in the training set that had a 0.957 correlation to the field search times. The data set is reduced using a clustering method then modeled using the FLA and results are compared to experiment.
机译:使用模糊逻辑方法(FLA)计算寻找具有杂物的视觉场景中的观察者的平均搜索时间。作者呈现FLA作为计算搜索次数以及签名管理决策的检测概率的鲁棒方法。 Mamdani / Assilian和Sugeno模型已被调查并进行比较。来自TNO的44个图像数据集用于构建和验证模糊逻辑模型进行检测。输入参数为:局部亮度,范围,方面,宽度,小波边缘点,单个输出是搜索时间。 Mamdani / Assilian模型给出了从未在训练集中使用的数据的预测的平均搜索时代与现场搜索时间有0.957相关的数据。使用聚类方法减少数据集,然后使用FLA建模,并将结果与​​实验进行比较。

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