Bitcoin price power law is rejected on distributional series and not robust to time-origin shifts, but dominates medium-horizon forecasts against baselines because it avoids committing to specific wave shapes.
Giovanni Santostasi and Stephen Perrenod
4 Pith papers cite this work, alongside 3,218 external citations. Polarity classification is still indexing.
citation-role summary
citation-polarity summary
roles
background 1polarities
background 1representative citing papers
Three infimum-based Engle-Granger tests are proposed for detecting cointegration that holds only over a sub-interval of the sample, with limiting distributions derived and critical values tabulated via response surfaces.
Rule-based model selection in time series forecasting achieves low accuracy and exhibits high ranking instability across data regimes and forecasting horizons.
The authors present an R package providing implementations of four published normality tests for stationary time series, plus diagnostic functions for model residuals.
citing papers explorer
-
Bitcoin's Power Law: Weak Structure, Strong Forecasts
Bitcoin price power law is rejected on distributional series and not robust to time-origin shifts, but dominates medium-horizon forecasts against baselines because it avoids committing to specific wave shapes.
-
Cointegration by Parts: Locating Cointegration in Time
Three infimum-based Engle-Granger tests are proposed for detecting cointegration that holds only over a sub-interval of the sample, with limiting distributions derived and critical values tabulated via response surfaces.
-
Why Model Selection Fails in Time Series Forecasting: An Empirical Study of Instability Across Data Regimes
Rule-based model selection in time series forecasting achieves low accuracy and exhibits high ranking instability across data regimes and forecasting horizons.
-
An R package for Normality in Stationary Processes
The authors present an R package providing implementations of four published normality tests for stationary time series, plus diagnostic functions for model residuals.