Borel Bivariate Generating Function The Next CEO of Stack OverflowGenerating function of shifted Catalan NumbersGenerating function for reciprocals of Harmonic numbers?Generating function of Catalan numbers.Finding the generating function for the Catalan number sequenceCatalan numbers generating functionFinding generating function of binary tree using quadratic formula?Finding a closed formula for a generating function involving catalan numbersHow to find generating function of a sequenceGenerating function for the Catalan numbersGenerating Function For Catalan Numbers Type Sequence

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Borel Bivariate Generating Function



The Next CEO of Stack OverflowGenerating function of shifted Catalan NumbersGenerating function for reciprocals of Harmonic numbers?Generating function of Catalan numbers.Finding the generating function for the Catalan number sequenceCatalan numbers generating functionFinding generating function of binary tree using quadratic formula?Finding a closed formula for a generating function involving catalan numbersHow to find generating function of a sequenceGenerating function for the Catalan numbersGenerating Function For Catalan Numbers Type Sequence










0












$begingroup$


I want to prove the following statement:



$$ beta(t,x)=C(1+t,x)= frac C(1(1+t,x) 1-x(C(1+t)x) $$



Where $C(x)$ is the generating function for the Catalan Numbers and $ beta(x) $ is the Borel generating function.



I know I have to use the fact that $$ C(t,x)= frac C(tx) 1-xC(tx)$$
But unsure what other statements i need to use.
Any help would be great thanks.










share|cite|improve this question











$endgroup$











  • $begingroup$
    What is $beta$ exactly?
    $endgroup$
    – Phicar
    yesterday















0












$begingroup$


I want to prove the following statement:



$$ beta(t,x)=C(1+t,x)= frac C(1(1+t,x) 1-x(C(1+t)x) $$



Where $C(x)$ is the generating function for the Catalan Numbers and $ beta(x) $ is the Borel generating function.



I know I have to use the fact that $$ C(t,x)= frac C(tx) 1-xC(tx)$$
But unsure what other statements i need to use.
Any help would be great thanks.










share|cite|improve this question











$endgroup$











  • $begingroup$
    What is $beta$ exactly?
    $endgroup$
    – Phicar
    yesterday













0












0








0


1



$begingroup$


I want to prove the following statement:



$$ beta(t,x)=C(1+t,x)= frac C(1(1+t,x) 1-x(C(1+t)x) $$



Where $C(x)$ is the generating function for the Catalan Numbers and $ beta(x) $ is the Borel generating function.



I know I have to use the fact that $$ C(t,x)= frac C(tx) 1-xC(tx)$$
But unsure what other statements i need to use.
Any help would be great thanks.










share|cite|improve this question











$endgroup$




I want to prove the following statement:



$$ beta(t,x)=C(1+t,x)= frac C(1(1+t,x) 1-x(C(1+t)x) $$



Where $C(x)$ is the generating function for the Catalan Numbers and $ beta(x) $ is the Borel generating function.



I know I have to use the fact that $$ C(t,x)= frac C(tx) 1-xC(tx)$$
But unsure what other statements i need to use.
Any help would be great thanks.







combinatorics generating-functions catalan-numbers borel-sets






share|cite|improve this question















share|cite|improve this question













share|cite|improve this question




share|cite|improve this question








edited yesterday







frankfields

















asked yesterday









frankfieldsfrankfields

165




165











  • $begingroup$
    What is $beta$ exactly?
    $endgroup$
    – Phicar
    yesterday
















  • $begingroup$
    What is $beta$ exactly?
    $endgroup$
    – Phicar
    yesterday















$begingroup$
What is $beta$ exactly?
$endgroup$
– Phicar
yesterday




$begingroup$
What is $beta$ exactly?
$endgroup$
– Phicar
yesterday










0






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