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A locally-built, LLM-digested index of recent arXiv papers in quant finance, geometry/topology, and statistical ML — keyword search served straight from SQLite on this machine.

169,341 papers · 148 categories

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0111 · Sep 200719922001200920182026
7 results for FIGARCH

This study examines chaos in FIGARCH processes using various metrics.

problem Analyzing chaos in FIGARCH processes for financial time series.
method Computed mutual information, correlation dimensions, FNNs, Lyapunov exponents for FIGARCH (p,d,q) processes and financial time series.
result Maximal Lyapunov exponents are negative, suggesting FIGARCH (p,d,q) is not deterministic chaotic.

We review statistical properties of models generated by the application of a (positive and negative order) fractional derivative operator to a standard random walk and show that the resulting stochastic walks display slowly-decaying autocorrelation functions. The relation between these correlated walks and the well-kno…

2008-06-19abs ↗pdf ↗

Study introduces AMVP and AMRR for dynamic portfolio optimization in volatile markets.

problem Optimizing portfolios in volatile and nonstationary financial markets.
method Adaptive Minimum-Variance Portfolio (AMVP) framework with ARFIMA-FIGARCH processes and non-Gaussian innovations.
result Demonstrated superior performance in risk reduction and portfolio stability during market breaks.

The MAXFLAT low-pass filter improves factor adjustment for better portfolio performance in China's stock market.

problem Improving factor adjustment for better portfolio performance in China's stock market.
method Using MAXFLAT low-pass volatility model to adjust factors and construct portfolios.
result Adjusted factors by MAXFLAT volatility model show better performance in both large and small cap universes.

Study finds long-range dependence in financial markets, but deep generative models struggle to replicate it.

problem Long-range dependence in financial markets and challenges of deep generative models.
method Empirical analysis of financial data from three sectors, including LRD through various statistical methods and deep learning models.
result Deep generative models can reproduce stylized features but fail to capture long-range dependence structures.

Estimates roughness of financial volatility paths using horizontal visibility graphs.

problem Estimating roughness in financial volatility models.
method Introduces L+(t) for first-passage horizons, treating uncensored observations as first-passage times.
result Estimates roughness through a single tail exponent θ, separating rough Bergomi volatility from classical models.