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Skyline Computation for Low-Latency Image-Activated Cell Identification

机译:低延迟映像激活单元格识别的天际线计算

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摘要

Because of breakthroughs in the field of deep learning, the accuracy of image classification and multimedia recognition in Artificial Intelligence (AI) research has improved rapidly. In this study, the objective is the classification of high-dimensional data, and, in particular, the screening of very rare entries from a large population. In general, the initial set of vectors is divided into several groups by using a clustering method, and an outlier detection method identifies distinct entries such as noise. Our focus is on a new cognitive research problem in which the aim is to detect boundary entries, namely entries that are geometrically located near the outer edges of a population in multidimensional space.
机译:由于深度学习领域的突破,人工智能(AI)研究中的图像分类和多媒体识别的准确性迅速改善。 在本研究中,目的是高维数据的分类,特别是筛选来自大群的非常罕见的条目。 通常,通过使用聚类方法将初始向量分成几个组,并且异常检测方法识别诸如噪声的不同条目。 我们的重点是一种新的认知研究问题,其中目的是检测边界条目,即几何上位于多维空间中群体的外边缘附近的条目。

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