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Faster R-CNN Implementation Method for Multi-Fruit Detection Using Tensorflow Platform

机译:使用TensoRFLOW平台的多水果探测的速度R-CNN实现方法

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Fruit is a commodity highly potential crop in Indonesia. While harvest, fruit production is very abundant. however, the slow harvest process makes the quality decreased. Consequently, the selling price is cheap. In our research, we propose a Deep learning method using faster R-CNN to detect classification a multi-fruits. The input used mango and pitaya fruits. The dataset is a real data taken from a farmer at harvest time and then we into 2 classes, the classification are mango and pitaya for the purpose of training object detection. We used the MobileNet model on TensorFlow platform. In this study, we achieved the accuracy score of about 99%. This method is very appropriate for developed the process of sorting multi-fruits in real-time so as to maintain the quality of the fruit.
机译:水果是印度尼西亚的商品高度潜在的作物。虽然收获,水果生产非常丰富。然而,缓慢的收获过程使得质量下降。因此,销售价格便宜。在我们的研究中,我们建议使用更快的R-CNN来检测分类的深度学习方法。输入使用的芒果和斗鱼果实。数据集是从收获时间的农民采取的真实数据,然后我们进入2个课程,分类是芒果和筏,用于训练对象检测。我们在TensoRFlow平台上使用了MobileNet模型。在这项研究中,我们实现了约99%的准确度得分。这种方法非常适合于在实时分类多果实的过程中,以保持水果的质量。

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