Research Article
Comparing the Forecast Performance of Advanced Statistical and Machine Learning Techniques Using Huge Big Data: Evidence from Monte Carlo Experiments
Table 4
Methods' performance across various scenarios.
| Scenarios | Three cases | Low | Medium | High |
| Multicollinearity | E-SCAD is best under a small sample. MCP is the best option in case of a large sample. | E-SCAD is best under a small sample. MCP is the best option in case of a large sample. | PLS-based factor model provides a better forecast under small sample. In case of a large sample, E-SCAD is superior. | Heteroscedasticity | MCP is best. | MCP is best. | MCP is best. | Autocorrelation | E-SCAD is best under a small sample. MCP is the best option using more data. | E-SCAD is best under a small sample. MCP is the best option using more data. | E-SCAD is best under a small sample. MCP is the best option using a large data set. |
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