Intelligent Computing (Jan 2024)

Universal and High-Fidelity Resolution Extending for Fluorescence Microscopy Using a Single-Training Physics-Informed Sparse Neural Network

  • Zitong Ye,
  • Yuran Huang,
  • Jinfeng Zhang,
  • Yunbo Chen,
  • Hanchu Ye,
  • Cheng Ji,
  • Luhong Jin,
  • Yanhong Gan,
  • Yile Sun,
  • Wenli Tao,
  • Yubing Han,
  • Xu Liu,
  • Youhua Chen,
  • Cuifang Kuang,
  • Wenjie Liu

DOI
https://doi.org/10.34133/icomputing.0082
Journal volume & issue
Vol. 3

Abstract

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As a supplement to optical super-resolution microscopy techniques, computational super-resolution methods have demonstrated remarkable results in alleviating the spatiotemporal imaging trade-off. However, they commonly suffer from low structural fidelity and universality. Therefore, we herein propose a deep-physics-informed sparsity framework designed holistically to synergize the strengths of physical imaging models (image blurring processes), prior knowledge (continuity and sparsity constraints), a back-end optimization algorithm (image deblurring), and deep learning (an unsupervised neural network). Owing to the utilization of a multipronged learning strategy, the trained network can be applied to a variety of imaging modalities and samples to enhance the physical resolution by a factor of at least 1.67 without requiring additional training or parameter tuning. Given the advantages of high accessibility and universality, the proposed deep-physics-informed sparsity method will considerably enhance existing optical and computational imaging techniques and have a wide range of applications in biomedical research.