A new approach combines machine learning and physics-based modeling to assess wildfire risk at the individual building level, factoring in both environmental conditions and structural vulnerabilities.
A new framework combines qualitative analysis of investor-founder conversations with machine learning to offer a more nuanced and accurate view of startup viability.
Researchers have developed a novel framework that blends the power of artificial intelligence with formal verification to ensure the safe and reliable operation of next-generation 5G networks.
Researchers have developed a refined forecasting model that leverages economic indicators and regime switching to better anticipate equity premium movements.
A new deep learning model is demonstrating impressive accuracy in identifying online harassment within Spanish-language text.
A new machine learning framework predicts dairy farm sustainability across Ireland, offering insights for data-driven decision-making and policy evaluation.
A new approach leverages the power of imitation learning and stochastic simulation to significantly improve the accuracy of railway delay predictions.
Researchers are leveraging the power of large language models to predict future trends in time series data, even when data is limited.
A new approach to portfolio construction leverages dynamic state-switching to navigate economic turbulence and enhance investment returns.
A new study shows artificial intelligence can effectively analyze complex network data to identify and diagnose faults in 5G core networks.