- Keywords: Edge TPU, image segmentation, U-Net, endoscopy
- TL;DR: We suggest an optimization and deployment strategy to perform image segmentation solely on Edge TPUs
- Abstract: Biomedical semantic segmentation is typically performed on dedicated, costly hardware. In a recent study, we suggested an optimized, tiny-weight U-Net for an inexpensive hardware accelerator, the Google Edge TPU. Using an open biomedical dataset for high-speed laryngeal videoendoscopy, we exemplarily show that we can dramatically reduce the parameter space and computations while keeping a high segmentation quality. Using a custom upsampling routine, we fully deployed optimized architectures to the Edge TPU. Combining the optimized architecture and the Edge TPU, we gain a total speedup of >79$\times$ compared to our initial baseline while keeping a high accuracy. This combination allows to provide immediate results at the point of care, especially in constrained computational environments.
- Paper Type: methodological development
- Source Latex: zip
- Primary Subject Area: Segmentation
- Secondary Subject Area: Application: Endoscopy
- Paper Status: based on accepted/submitted journal paper
- Source Code Url: Based on https://github.com/anki-xyz/bagls, published example code within the original manuscript https://ieeexplore.ieee.org/abstract/document/9151951
- Data Set Url: https://zenodo.org/record/3377544
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