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Main Question or Discussion Point
Hello all,
I have uploaded a .gif of the integral. The limits are just values, as I know what d,h, and σ_{1} are. d and h are the lower and upper limits defined for the probability distribution function and σ_{1} is the standard deviation.
I have not seen this type of integral before, I am not sure how I can evaluate this numerically as I need to do this with respect to d(z/σ))?
This is on a research paper I am currently reviewing, Can anyone help?
Thanks.
I have uploaded a .gif of the integral. The limits are just values, as I know what d,h, and σ_{1} are. d and h are the lower and upper limits defined for the probability distribution function and σ_{1} is the standard deviation.
I have not seen this type of integral before, I am not sure how I can evaluate this numerically as I need to do this with respect to d(z/σ))?
This is on a research paper I am currently reviewing, Can anyone help?
Thanks.
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