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Evidence source 5570Spot Checked

Liquidity Premium, Liquidity-Adjusted Return and Volatility, and Extreme Liquidity

Unknown venue2023-06-27Paper
Executive summary

Develops liquidity-adjusted ARMA-GARCH models for crypto assets, demonstrating improved predictability and portfolio performance under extreme liquidity.

What it examines

This paper develops a framework to model assets with extreme liquidity, focusing on crypto assets. It introduces liquidity-adjusted return and volatility measures and proposes liquidity-adjusted ARMA-GARCH/EGARCH models to improve predictability under extreme liquidity conditions.

What it concludes

The study confirms that liquidity-adjusted models enhance predictability for assets with extreme liquidity, offering a robust alternative to traditional models. Potential applications include better portfolio optimization and risk management for assets with high liquidity risk.

Extracted from this source

Evidence objects

Evidence 542768% extraction confidence
The study confirms that liquidity-adjusted models enhance predictability for assets with extreme liquidity, offering a robust alternative to traditional models. Potential applications include better portfolio optimization and risk management for assets with high liquidity risk.

key_findings bullet 1 · key_findings · validation V0

Raw abstract and provenance

Abstract: We establish innovative liquidity premium measures, and construct liquidity-adjusted return and volatility to model assets with extreme liquidity, represented by a portfolio of selected crypto assets, and upon which we develop a set of liquidity-adjusted ARMA-GARCH/EGARCH models. We demonstrate that these models produce superior predictability at extreme liquidity to their traditional counterparts… ▽ More We establish innovative liquidity premium measures, and construct liquidity-adjusted return and volatility to model assets with extreme liquidity, represented by a portfolio of selected crypto assets, and upon which we develop a set of liquidity-adjusted ARMA-GARCH/EGARCH models. We demonstrate that these models produce superior predictability at extreme liquidity to their traditional counterparts. We provide empirical support by comparing the performances of a series of Mean Variance portfolios. △ Less

Source row: 1219 · abstract type: unknown