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Dec
20
accepted Joint distribution of arrival times in Poisson process
Dec
20
comment Joint distribution of arrival times in Poisson process
Thanks Did. I guess it would be $f_{S_A}(t_1)\times f_{S_B}(t_2-t_1)$, with the $S_A$ being Erlang. Correct?
Dec
20
awarded  Constituent
Dec
18
asked Joint distribution of arrival times in Poisson process
Dec
10
awarded  Caucus
Nov
25
awarded  Notable Question
Nov
20
asked Evaluation a function of degree of vertices in a graph
Nov
3
accepted Optimisation over matrix entries
Oct
20
asked Optimisation over matrix entries
Sep
30
awarded  Explainer
Sep
16
revised For exponential random variables $X_i$, how to find $P(t-X_1<X_2\mid t-X_1<X_3)$?
added 4 characters in body
Sep
16
asked For exponential random variables $X_i$, how to find $P(t-X_1<X_2\mid t-X_1<X_3)$?
Sep
16
revised Is there a closed form solution for this differential equation?
minor changes.
Sep
16
comment How to solve integrals of the form $\int u^{-\alpha} e^{-\beta u} du$?
Let us continue this discussion in chat.
Sep
16
suggested approved edit on Is there a closed form solution for this differential equation?
Sep
15
comment Is there a closed form solution for this differential equation?
@MhenniBenghorbal: Thanks for the comment. Could you give me some guideline as to how to go about approximating ODEs?
Sep
15
comment Is there a closed form solution for this differential equation?
The main confusion being exp integral is defined as a definite intgeral and we have indefinite integrals in our equations.
Sep
15
comment Is there a closed form solution for this differential equation?
Thanks @Chinny. There is a typo which gets repeated - $k_2t$ in place of $k_3 t$ in the exponent. Also I do not understand how you used the def. of exp. integral. Could you pl. correct and elaborate? Thanks :)
Sep
15
comment How to solve integrals of the form $\int u^{-\alpha} e^{-\beta u} du$?
Hi @ClaudeLeibovici: My main ques. is how we can move from an indefinite integral to a definite integral, as is the case in the definition for $E_\alpha$.
Sep
15
revised How to solve integrals of the form $\int u^{-\alpha} e^{-\beta u} du$?
edited title