Diabetic foot ulcers monitoring by employing super resolution and noise reduction deep learning techniques.
Agapi DavradouEftychios ProtopapadakisMaria KaselimiAnastasios D. DoulamisNikolaos DoulamisPublished in: PETRA (2022)
Keyphrases
- super resolution
- noise reduction
- deep learning
- low resolution
- high resolution
- signal to noise ratio
- image reconstruction
- unsupervised learning
- image restoration
- edge preserving
- machine learning
- single image
- motion estimation
- edge detection
- multi frame
- high quality
- median filter
- mental models
- depth map
- image patches
- motion blur
- image quality
- computational complexity
- computer vision
- data mining
- nonlinear diffusion