Econometric project
Budget: €210 – €300 EUR
- test the stationarity (Only Augmented Dickey & Fuller test)
- Make the series stationary (and do ARMA/Garch, etc )
regression by OLS:
Bitcoin = alpha + B1*Bitcoin(i) + B2*(Index(i)*(1-D1)) (Equation 1)
Bitcoin = alpha + B1*Bitcoin(i) + B2*(Index(i)*(1-D1)) + B3*(D1 * Index) + epsilon (Equation 2)
(i) : try lags values to see if this change something or not or what does it do . ( make a comment and choose the best one )
(Index are MSCIUS MSCI ASIA , MSCI EUROZONE , MSCI Emmerging countries that i give you in a dataset)
With D1 a dummy variable:
D1 = 1 if the distribution percentile of the index return is less than 1% ( and an other with 5%)
0 otherwise
present the result table with :
column 1 : the results of equation 1 with 1% percentile Dummy Varaible
interpreting the results
column 2 : the results of equation 2 with 1% percentile Dummy Varaible
interpreting the results
column 3 : the results of equation 1 with 5% percentile Dummy Varaible
interpreting the results
column 4 : the results of equation 2 with 5% percentile Dummy Varaible
interpreting the results
column 5 : the results of equation 1 with 5% percentile Dummy Varaible on a crisis
interpreting the results
column 6 : the results of equation 1 with 5% percentile Dummy Varaible on a crisis
interpreting the results
And do all of this 3 times on weekly monthly & daily return thats i give you in a dataset
- Make the series stationary (and do ARMA/Garch, etc )
regression by OLS:
Bitcoin = alpha + B1*Bitcoin(i) + B2*(Index(i)*(1-D1)) (Equation 1)
Bitcoin = alpha + B1*Bitcoin(i) + B2*(Index(i)*(1-D1)) + B3*(D1 * Index) + epsilon (Equation 2)
(i) : try lags values to see if this change something or not or what does it do . ( make a comment and choose the best one )
(Index are MSCIUS MSCI ASIA , MSCI EUROZONE , MSCI Emmerging countries that i give you in a dataset)
With D1 a dummy variable:
D1 = 1 if the distribution percentile of the index return is less than 1% ( and an other with 5%)
0 otherwise
present the result table with :
column 1 : the results of equation 1 with 1% percentile Dummy Varaible
interpreting the results
column 2 : the results of equation 2 with 1% percentile Dummy Varaible
interpreting the results
column 3 : the results of equation 1 with 5% percentile Dummy Varaible
interpreting the results
column 4 : the results of equation 2 with 5% percentile Dummy Varaible
interpreting the results
column 5 : the results of equation 1 with 5% percentile Dummy Varaible on a crisis
interpreting the results
column 6 : the results of equation 1 with 5% percentile Dummy Varaible on a crisis
interpreting the results
And do all of this 3 times on weekly monthly & daily return thats i give you in a dataset
Related categories:
Data Processing
Statistics
Mathematics
R Programming Language
Statistical Analysis