In this contribution, we introduce a novel ensemble method for the re-identification of industrial entities, using images of chipwood pallets and galvanized metal plates as dataset examples. Our algorithms replace commonly used, complex siamese neural networks with an ensemble of simplified, rudimentary models, providing wider applicability, especially in hardware-restricted scenarios. Each ensemble sub-model uses different types of extracted features of the given data as its input, allowing for the creation of effective ensembles in a fraction of the training duration needed for more complex state-of-the-art models. We reach state-of-the-art performance at our task, with a Rank-1 accuracy of over 77% and a Rank-10 accuracy of over 99%, and introduce five distinct feature extraction approaches, and study their combination using different ensemble methods.

本文介绍了一种新的集成方法，用于工业实体的重新识别，使用了芯板托盘和镀锌金属板的图像作为数据集示例，并使用简化的、基本的模型代替常用的复杂孪生神经网络，提供更广泛的适用性，尤其适用于硬件限制的场景。我们的算法在训练时间的一小部分内使用了不同类型的数据特征作为输入，实现了创建有效集成模型的目标，并且在任务中达到了最先进的性能，排名1准确率超过77%，排名10准确率超过99%，并且介绍了五种不同的特征提取方法，并通过不同的集成方法对其组合进行了研究。

異構集成方法對重新識別的有效性研究