Add to ORKGAn empirical method is developed to predict certain parameters of future solar activity cycles. Sunspot cycle statistics are examined, and curve fitting and linear regression analysis techniques are utilized
The Sun exhibits a well-observed modulation in the number of spots on its disk over a period of abou...
The results are presented of the application of Avco Data Analysis and Prediction Techniques (ADAPT)...
The recalibration of the International Sunspot Number brings new challenges to predictions of Solar ...
A statistical study of formulas for predicting the sunspot number several years in advance is report...
An eigenvector analysis procedure was used to analyze and develop algorithms for predicting sunspot ...
We use a model for sunspot number using low-frequency solar oscillations, with periods 22, 53, 88, 1...
International audiencePrediction of solar activity strength for solar cycles 23 and 24 is performed ...
On physical grounds it is suggested that the sun's polar field strength near a solar minimum is clos...
International audienceUsing the annual number of geomagnetically quiet days (aa after the solar mini...
In this paper, we investigate the prospect of using previously occurring sunspot cycle signatures to...
Sunspot numbers in the current solar cycle 23 were estimated by using a statistical model with the a...
The records concerning the number, sizes, and positions of sunspots provide a direct means of charac...
The solar cycle has a profound effect on both terrestrial and extra-terrestrial operations. Understa...
Evaluation of several procedures that apply rarely used and exotic mathematical functions yields a u...
A statistical study of formulas for predicting the sunspot number several years in advance is report...
The Sun exhibits a well-observed modulation in the number of spots on its disk over a period of abou...
The results are presented of the application of Avco Data Analysis and Prediction Techniques (ADAPT)...
The recalibration of the International Sunspot Number brings new challenges to predictions of Solar ...
A statistical study of formulas for predicting the sunspot number several years in advance is report...
An eigenvector analysis procedure was used to analyze and develop algorithms for predicting sunspot ...
We use a model for sunspot number using low-frequency solar oscillations, with periods 22, 53, 88, 1...
International audiencePrediction of solar activity strength for solar cycles 23 and 24 is performed ...
On physical grounds it is suggested that the sun's polar field strength near a solar minimum is clos...
International audienceUsing the annual number of geomagnetically quiet days (aa after the solar mini...
In this paper, we investigate the prospect of using previously occurring sunspot cycle signatures to...
Sunspot numbers in the current solar cycle 23 were estimated by using a statistical model with the a...
The records concerning the number, sizes, and positions of sunspots provide a direct means of charac...
The solar cycle has a profound effect on both terrestrial and extra-terrestrial operations. Understa...
Evaluation of several procedures that apply rarely used and exotic mathematical functions yields a u...
A statistical study of formulas for predicting the sunspot number several years in advance is report...
The Sun exhibits a well-observed modulation in the number of spots on its disk over a period of abou...
The results are presented of the application of Avco Data Analysis and Prediction Techniques (ADAPT)...
The recalibration of the International Sunspot Number brings new challenges to predictions of Solar ...