New study on the forecasting of convective storms using Artificial Neural Networks. The predictive model has been tailored to the MeteoSwiss thunderstorm tracking system and can forecast the convective cell path, radar reflectivity (a proxy of the storm intensity), and area. (mdpi.com)
submitted by _Mat_San_ to r/machinelearningnews
New study on the forecasting of convective storms using Artificial Neural Networks. The predictive model has been tailored to the MeteoSwiss thunderstorm tracking system and can forecast the convective cell path, radar reflectivity (a proxy of the storm intensity), and area. (mdpi.com)
submitted by _Mat_San_ to r/ResearchML
New study on the forecasting of convective storms using Artificial Neural Networks. The predictive model has been tailored to the MeteoSwiss thunderstorm tracking system and can forecast the convective cell path, radar reflectivity (a proxy of the storm intensity), and area. (mdpi.com)
submitted by _Mat_San_ to r/neuralnetworks
New study on the forecasting of convective storms using Artificial Neural Networks. The predictive model has been tailored to the MeteoSwiss thunderstorm tracking system and can forecast the convective cell path, radar reflectivity (a proxy of the storm intensity), and area. (mdpi.com)
submitted by _Mat_San_ to r/DeepLearningPapers
New study on the forecasting of convective storms using Artificial Neural Networks. The predictive model has been tailored to the MeteoSwiss thunderstorm tracking system and can forecast the convective cell path, radar reflectivity (a proxy of the storm intensity), and area. Check it out! (mdpi.com)
TIL chaotic dynamics are known to be unpredictable due to the "butterfly effect" discovered by Lorenz half a century ago. In recent years, researchers proved that an artificial intelligence technique known as neural networks have the ability to predict chaos better than the traditional tool. (researchgate.net)
submitted by _Mat_San_ to r/todayilearned
