YesSolar imaging is currently an active area of research. A fast hybrid system for the automated detection of filaments in solar images is presented in this paper. The system includes three major stages. The central solar region is detected in the first stage using integral projections. Intensity filtering and image enhancement techniques are implemented in the second stage to enhance the quality of detection in the central region. Local detection windows are implemented in the third stage to detect the positions of filaments and to define various sized arrays to contain them. The extracted arrays are fed later to a neural network for verification purposes
International audienceA new method for the automatic detection and tracking of solar filaments is pr...
This volume presents a selection of papers on the state of the art of image enhancement, automated f...
Developing specialized software tools is essential to support studies of solar activity evolution. W...
YesA fast hybrid system for the automated detection and verification of active regions (plages) and ...
A fast hybrid system for the automated detection and verification of active regions (plages) and fil...
The objective of the research in this dissertation is to develop a software system to automatically ...
This dissertation presents the development of automatic image enhancement techniques for solar featu...
A quantidade de imagens astronômicas geradas cresce diariamente, além da quantidade já obtida e arma...
Study of the solar activity is an important part of space weather research. It is facing serious cha...
Abstract. We present a code for automated detection, classification, and tracking of solar filaments...
We present a new method for automatic detection of flare events from images in the optical range. Th...
International audienceThis paper presents the techniques developed for the automated detection of fi...
We present a new method for automatic detection of flare events from images in the optical range. Th...
In the recent decades, the difficult task of understanding and predicting violent solar eruptions an...
Abstract We present a new method to automatically track filaments over the solar disk. The filaments...
International audienceA new method for the automatic detection and tracking of solar filaments is pr...
This volume presents a selection of papers on the state of the art of image enhancement, automated f...
Developing specialized software tools is essential to support studies of solar activity evolution. W...
YesA fast hybrid system for the automated detection and verification of active regions (plages) and ...
A fast hybrid system for the automated detection and verification of active regions (plages) and fil...
The objective of the research in this dissertation is to develop a software system to automatically ...
This dissertation presents the development of automatic image enhancement techniques for solar featu...
A quantidade de imagens astronômicas geradas cresce diariamente, além da quantidade já obtida e arma...
Study of the solar activity is an important part of space weather research. It is facing serious cha...
Abstract. We present a code for automated detection, classification, and tracking of solar filaments...
We present a new method for automatic detection of flare events from images in the optical range. Th...
International audienceThis paper presents the techniques developed for the automated detection of fi...
We present a new method for automatic detection of flare events from images in the optical range. Th...
In the recent decades, the difficult task of understanding and predicting violent solar eruptions an...
Abstract We present a new method to automatically track filaments over the solar disk. The filaments...
International audienceA new method for the automatic detection and tracking of solar filaments is pr...
This volume presents a selection of papers on the state of the art of image enhancement, automated f...
Developing specialized software tools is essential to support studies of solar activity evolution. W...