Predictability Problem
The "predictability problem" explores the inherent limitations in forecasting outcomes across diverse domains, from natural language processing and financial markets to weather forecasting and healthcare. Current research focuses on developing methods to quantify predictability using information theory, machine learning models (like transformers and neural networks), and statistical techniques such as conditional entropy estimation, aiming to improve prediction accuracy and understand the factors influencing predictability. This research is significant because improved predictability can lead to more efficient resource allocation, better decision-making in complex systems, and more robust and reliable AI systems across various applications.
Papers
On the Unknowable Limits to Prediction
Jiani Yan, Charles Rahal
Improving sub-seasonal wind-speed forecasts in Europe with a non-linear model
Ganglin Tian (1), Camille Le Coz (1), Anastase Alexandre Charantonis (1, 2), Alexis Tantet (1), Naveen Goutham (1, 3), Riwal Plougonven (1) ((1) LMD/IPSL, École Polytechnique, Palaiseau, France, (2) INRIA, Paris, France, (3) EDF R&D, Palaiseau, France)
You Shall Know a Tool by the Traces it Leaves: The Predictability of Sentiment Analysis Tools
Daniel Baumartz, Mevlüt Bagci, Alexander Henlein, Maxim Konca, Andy Lücking, Alexander Mehler
Game Theory with Simulation in the Presence of Unpredictable Randomisation
Vojtech Kovarik, Nathaniel Sauerberg, Lewis Hammond, Vincent Conitzer