CitedEvidence
User Settings
Open AccessArticle

Machine learning from coronas using parametrization of images

Igor Kononenko,Matjaž Bevk,Aleksander Sadikov,Luka Šajn-2003-01-01-Repository of the University of Ljubljana (University of Ljubljana)
0

TL;DRAbstract

We were interested to develop an algorithm for detection of coronas of people in altered states of consciousness (two-classes problem). Such coronas are known to have rings (double coronas), special branch-like structure of streamers and/or curious spots. We used several approaches to parametrization of images and various machine learning algorithms. We compared results of computer algorithms with the human expert’s accuracy. Results show that computer algorithms can achieve the same or even better accuracy than that of human experts.

Chat with Paper

AI Agents for this Paper

We were interested to develop an algorithm for detection of coronas of people in altered states of consciousness (two-classes problem). Such coronas are known to have rings (double coronas), special branch-like structure of streamers and/or curious spots. We used several approaches to parametrization of images and various machine learning algorithms. We compared results of computer algorithms with the human expert’s accuracy. Results show that computer algorithms can achieve the same or even better accuracy than that of human experts.

Keywords

Parametrization (atmospheric modeling)Artificial intelligenceComputer scienceMachine learningAlgorithmComputer visionPhysics

Chat

Click to start Chat