2019
DOI: 10.1111/acfi.12546
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A response surface analysis of critical values for the lead‐lag ratio with application to high frequency and non‐synchronous financial data

Abstract: A response surface analysis of critical values for the lead-lag ratio with application to high frequency and non-synchronous financial data. Accounting and Finance.

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Cited by 2 publications
(1 citation statement)
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“…The LLR in levels can be interpreted as a longrun causal relation between SPVXSTR, ETPs and VIX, similar to the interpretation in our multivariate analysis above. We assess statistical significance at the 5% level using a simulation approach to generate critical values for the LLR (O'Neill and Rajaguru, 2020). This corresponds to the asymptotic value of ∼2.10, being the same level as in the Bollen et al (2017) study which also used high frequency ETP and SPVXSTR data.…”
Section: Lead-lag Relations Between Vix Futures Etps and Vixmentioning
confidence: 99%
“…The LLR in levels can be interpreted as a longrun causal relation between SPVXSTR, ETPs and VIX, similar to the interpretation in our multivariate analysis above. We assess statistical significance at the 5% level using a simulation approach to generate critical values for the LLR (O'Neill and Rajaguru, 2020). This corresponds to the asymptotic value of ∼2.10, being the same level as in the Bollen et al (2017) study which also used high frequency ETP and SPVXSTR data.…”
Section: Lead-lag Relations Between Vix Futures Etps and Vixmentioning
confidence: 99%