Description Usage Arguments Details Value
A Monte-Carlo implementation of the Kelly criterion for a continuous return RV.
1 | kelly_monte_carlo(distr, rate, lb, ub, n = 50000, ...)
|
distr |
string for distribution name of "r, p, d" family for simulating, CDFs, and PDFs |
rate |
the discounting rate |
lb |
the lower bound for interval given to the uniroot bisection solver |
ub |
the upper bound for interval given to the uniroot bisection solver |
n |
the number of samples to use in the Monte-Carlo approximation |
... |
parameters of distribution, specifically the rdistr(n, params...) form |
Using Leibniz's rule one can differentiate under the expectation and then set this expectation to zero. Using LLN we approximate this numerically
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