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Log-Arcsine Algorithm
11-04-2022, 04:58 PM (This post was last modified: 11-05-2022 01:16 PM by Albert Chan.)
Post: #4
RE: Log-Arcsine Algorithm
(11-02-2022 10:22 PM)Thomas Klemm Wrote:  The following recurrence relation is used:

\(
\begin{align}
s_{n+1} = s_n \sqrt{\frac{2 s_n}{s_n + s_{n-1}}}
\end{align}
\)

If we let y = ln(x), and

s-1 = (x² - 1/x²)/4 = sinh(2y)/2
s0 = (x - 1/x)/2 = sinh(y)

then

s1 = 2*sinh(y/2)
s2 = 4*sinh(y/4) ... --> s = y = ln(x),

sin(θ) = sinh(θ*i)/i, this explained why Log-Arcsine Algorithm have same recurrence relation.
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Messages In This Thread
Log-Arcsine Algorithm - Thomas Klemm - 11-02-2022, 10:22 PM
RE: Log-Arcsine Algorithm - Nihotte(lma) - 11-03-2022, 06:32 PM
RE: Log-Arcsine Algorithm - Albert Chan - 11-04-2022, 03:29 PM
RE: Log-Arcsine Algorithm - Albert Chan - 11-04-2022 04:58 PM
RE: Log-Arcsine Algorithm - Albert Chan - 11-05-2022, 10:47 AM
RE: Log-Arcsine Algorithm - Thomas Klemm - 11-05-2022, 01:27 AM
RE: Log-Arcsine Algorithm - Albert Chan - 11-06-2022, 12:09 PM
RE: Log-Arcsine Algorithm - Thomas Klemm - 11-05-2022, 11:18 PM
RE: Log-Arcsine Algorithm - Thomas Klemm - 11-06-2022, 02:43 PM



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