Comparison of Fractional Order Derivatives Computational Accuracy - Right Hand vs Left Hand Definition

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C||er||L∞,h=t−t0100 points$\begin{array}{} \displaystyle C||{e.r}|{|.{L\infty }},h = {{t - {t.0}} \over {100{\rm{ }}points}} \end{array}$d - differentiation step, n = 1; n−v = 0:7; v = 0:3

RL||er||L∞,h=t−t0100points$\begin{array}{} \displaystyle {\rm{RL||}}{e.r}{\rm{|}}{{\rm{|}}.{L\infty }},h = {{t - {t.0}} \over {100points}} \end{array}$ ,d - differentiation step, n − ν = 0.7, n = 1,ν = 0.3

RL||er||L∞,h=t−t0100 points$\begin{array}{} \displaystyle {\rm{RL||}}{e.r}{\rm{|}}{{\rm{|}}.{L\infty }},h = {{t - {t.0}} \over {100{\rm{ }}points}} \end{array}$d - differentiation step, n− v = 0:7; n = 3; v = 2:3

C||er||L∞,h=t−t0100 points$\begin{array}{} \displaystyle C||{e.r}||{L.\infty },h = \frac{{t - {t.0}}}{{100points}} \end{array}$d - differentiation step, n = 3; n− v = 0:7; v = 2:3