Combining thermal imaging and machine learning to noninvasively characterize palm perfusion during local blood pressure changes.
Ido MullerZehava Ovadia-BlechmanNoam MoyalNoa DarchiOshrit HofferMoshe HalakNeta RabinPublished in: Biomed. Signal Process. Control. (2024)
Keyphrases
- blood pressure
- machine learning
- thermal imaging
- heart rate
- infrared
- risk factors
- feature selection
- long term
- computational intelligence
- blood glucose
- machine learning algorithms
- knowledge discovery
- artificial intelligence
- machine learning methods
- data mining
- project management
- short term
- unsupervised learning
- decision support system
- decision trees