Optimization of cell annotation process: combining manual and automatic labeling in biomedical data analysis optoelectronic systems

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Avrunin, Oleh
Samokhin, Yurii
Gromaszek, Konrad
Dudenko, Vovodymir
Starkova, Iryna
Arypzhand, Aben
Tiutiunnyke, Oksana
Vitiuke, Anna
Jinqionge, Li

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The advantages of the hybrid approach, common errors, and ways to minimize them are discussed. The results demonstrate that combined annotation enables faster preparation of training datasets without significant loss of quality, especially when working with large volumes of images. This approach may be beneficial for automated biomedical data analysis systems where rapid scaling is required without compromising accuracy.

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Avrunin O., Samokhin Yu., Gromaszek K., Dudenko V., Starkova I, Arypzhan A, et al. Optimization of cell annotation process: combining manual and automatic labeling in biomedical data analysis optoelectronic systems. In: Smolarz A, Romaniuk RS, Wójcik W, Pavlov SV, editors. Photonics Applications in Astronomy, Communications, Industry, and High Energy Physics Experiments 2025 [Internet]. Proceedings; 2025 Jul 3-4; Lublin, Poland [cited 2026 Sep 14]. [about 5 p.]. Available from: https://doi.org/10.1117/12.3096280. (Proc. of SPIE; Vol. 14009).

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