Smartphone photoplethesmogram based noninvasive blood glucose estimation via fractional singular spectrum analysis based super-resolution.
Tianxiong HuangBingo Wing-Kuen LingPublished in: EITCE (2023)
Keyphrases
- super resolution
- low resolution
- high resolution
- blood glucose
- singular spectrum analysis
- motion estimation
- image super resolution
- dense motion estimation
- low resolution images
- super resolved
- high quality
- complex valued
- change point detection
- resolution enhancement
- high resolution images
- super resolution reconstruction
- blood pressure
- support vector regression
- super resolution algorithm
- depth map
- diabetes mellitus
- diabetic patients
- least squares
- spatio temporal
- model selection
- short term and long term
- optical flow