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Table 3 Results for RV

From: Do U.S. economic conditions at the state level predict the realized volatility of oil-price returns? A quantile machine-learning approach

Benchmark/rival model

h = 1

h = 2

h = 4

HAR-RV vs. HAR-RV-US/q = 0.95

0.0000

0.0000

0.0003

HAR-RV vs. HAR-RV-US/q = 0.75

0.0002

0.0002

0.0002

HAR-RV vs. HAR-RV-US/q = 0.5

0.0000

0.0003

0.0002

HAR-RV vs. HAR-RV-US/q = 0.25

0.0016

0.0009

0.0000

HAR-RV vs. HAR-RV-US/q = 0.05

0.0031

0.0000

0.0002

HAR-RV vs. HAR-RV-states/q = 0.95

0.0002

0.0000

0.2340

HAR-RV vs. HAR-RV-states/q = 0.75

0.0317

0.0521

0.0809

HAR-RV vs. HAR-RV-states/q = 0.5

0.0426

0.0688

0.0913

HAR-RV vs. HAR-RV-states/q = 0.25

0.0598

0.1023

0.1425

HAR-RV vs. HAR-RV-states/q = 0.05

0.0414

0.1334

0.2129

HAR-RV-US vs. HAR-RV-states/q = 0.95

0.0002

0.0000

0.2337

HAR-RV-US vs. HAR-RV-states/q = 0.75

0.0315

0.0518

0.0807

HAR-RV-US vs. HAR-RV-states/q = 0.5

0.0426

0.0686

0.0911

HAR-RV-US vs. HAR-RV-states/q = 0.25

0.0583

0.1014

0.1425

HAR-RV-US vs. HAR-RV-states/q = 0.05

0.0384

0.1334

0.2127

  1. The relative-performance statistic, RP, statistic is computed as \(RP = 1 - \sum _{t=1}^T \rho _\alpha \left( e_{t, R} \right) / \sum _{t=1}^T \rho _\alpha \left( e_{t, B} \right)\), where \(e_t\) denotes the model prediction errors. The benchmark (B) model is the first model given in the first column of the table, and the rival (R) model is the second model given in that column. The HAR-RV-states model includes the state-level components in the vector of potential predictors. The benchmark model is estimated by the quantile-regression technique, while the HAR-RV-states model is estimated by the quantile Lasso technique. The intercept and the classic HAR-RV terms are not penalized. The penalty parameter is determined by tenfold cross-validation. A positive RP statistic shows that the rival model outperforms the benchmark model. The parameter h denotes the forecast horizon. The parameter q denotes the quantile being analyzed. The dependent variable is the realized volatility of oil-price returns