With the rapid development of telescopes, both temporal cadence and the spatial resolution
of observations are increasing. This in turn generates vast amount of data, which can be …

We present a code for automated detection, classification, and tracking of solar filaments in
full-disk Hα images that can contribute to Living With a Star science investigations and …

We developed a method to automatically detect and trace solar filaments in Hα full-disk
images. The program is able not only to recognize filaments and determine their properties …

This paper presents a generic method to automatically segment and characterize solar
filaments from various Hα full-disk solar images, obtained by different solar observatories …

Filaments are omnipresent features in the solar atmosphere. Their location, properties, and
time evolution can provide important information about changes in solar activity and assist in …

A new algorithm is presented that automatically detects filaments on the Sun in full-disc Hα
images. Pre-processing of Hα images includes corrections for limb darkening and …

We present an automatic solar filament detection algorithm based on image enhancement,
segmentation, pattern recognition, and mathematical morphology methods. This algorithm …

We improve our filament automated detection method which was proposed in our previous
works. It is then applied to process the full disk Hα data mainly obtained by the Big Bear …

We developed a procedure for the automatic detection and identification of filaments and
their disappearance. Full-disk Hα images from the Big Bear Solar Observatory (BBSO) in …

We present a comparative evaluation for automated filament detection in Hα solar images.
By using metadata produced by the Advanced Automated Filament Detection and …