| alpha_hat | Statistical estimator for alpha |
| a_p | Function a_p. |
| a_tilda | Creates the corresponding value from the paper by Stoev and Taqqu (2004). |
| CLT | The function explores numerical properties of statistical estimators operating on random processes. |
| ContinEstim | Parameter estimation procedure in continuous case. |
| GenHighEstim | High frequency estimation procedure for lfsm. |
| GenLowEstim | Low frequency estimation procedure for lfsm. |
| H_hat | Statistical estimator of H in high/low frequency setting |
| h_kr | Function h_kr |
| increment | Higher order increments |
| m_pk | m(-p,k) |
| Norm_alpha | Alpha-norm of an arbitrary function |
| path | Generator of linear fractional stable motion |
| paths | Generator of a set of lfsm paths. |
| phi | Phi |
| phi_of_alpha | Inverse alpha estimator |
| Plot_dens | (alpha,H,sigma)- density plot |
| Plot_vb | A function to plot variance- and bias dependencies on n. Works in conjunction with 'CLT' function. |
| Retrieve_stats | Retrieve statistics(bias, variance) of estimators based on a set of paths |
| R_hl | R high /low |
| sf | Statistic V |
| sigma_hat | Statistical estimator for sigma |
| theta | Function of the form theta(g,h)_{p} = a_p^{-2} \int_{\R^2} |xy|^{-1-p}U_{g,h}(x,y) dxdy |
| U_g | alpha norm of u*g |
| U_gh | alpha-norm of u*g + v*h. |
| U_ghuv | A dependence structure of 2 random variables. |