Identifying prescription medications is a frequent task for patients and medical professionals; however, this is an error-prone task as many pills have similar appearances (e.g. white round pills), which increases the risk of medication errors. In this paper, we introduce ePillID, the largest public benchmark on pill image recognition, composed of 13k images representing 9804 appearance classes (two sides for 4902 pill types). For most of the appearance classes, there exists only one reference image, making it a challenging low-shot recognition setting. We present our experimental setup and evaluation results of various baseline models on the benchmark. The best baseline using a multi-head metric-learning approach with bilinear features performed remarkably well; however, our error analysis suggests that they still fail to distinguish particularly confusing classes. The code and data are available at https://github.com/usuyama/ePillID-benchmark.
ePillID Dataset: A Low-Shot Fine-Grained Benchmark for Pill Identification
ePillID is a large public benchmark for pill image recognition, featuring 13k images of 9804 appearance classes, and experiments with baseline models, including a multi-head metric-learning approach, show promising results but still face challenges with confusing classes.
- Year
- 2020
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- arXiv 2020
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- 4
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- arxiv.org/abs/2005.14288v2ARXIV-DEFAULT
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