A dual-path network that compares a back photo with its mirror image and uses ordinal binary classifiers achieves state-of-the-art scoliosis severity classification on a new private dataset of 1,898 natural back images.
Ord2Seq: Regarding Ordinal Regression as Label Sequence Prediction
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abstract
Ordinal regression refers to classifying object instances into ordinal categories. It has been widely studied in many scenarios, such as medical disease grading, movie rating, etc. Known methods focused only on learning inter-class ordinal relationships, but still incur limitations in distinguishing adjacent categories thus far. In this paper, we propose a simple sequence prediction framework for ordinal regression called Ord2Seq, which, for the first time, transforms each ordinal category label into a special label sequence and thus regards an ordinal regression task as a sequence prediction process. In this way, we decompose an ordinal regression task into a series of recursive binary classification steps, so as to subtly distinguish adjacent categories. Comprehensive experiments show the effectiveness of distinguishing adjacent categories for performance improvement and our new approach exceeds state-of-the-art performances in four different scenarios. Codes are available at https://github.com/wjh892521292/Ord2Seq.
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Symmetric Perception and Ordinal Regression for Detecting Scoliosis Natural Image
A dual-path network that compares a back photo with its mirror image and uses ordinal binary classifiers achieves state-of-the-art scoliosis severity classification on a new private dataset of 1,898 natural back images.