The book Integral Identities Involving Zonal Polynomials was written by author G M Kaufman Here you can read free online of Integral Identities Involving Zonal Polynomials book, rate and share your impressions in comments. If you don't know what to write, just answer the question: Why is Integral Identities Involving Zonal Polynomials a good or bad book?
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1) Proof : Define for Re A = and a, P > 7 - 1, -tr A U I, cc-y l3(A, a, P) = B;^a, P) / I, J ''= u>o li"^! Th en as j^FQ(a+p5 -U) = | I+U | " ^"^"^ ^, 'For another way of deriving first and second moments of iB(I, cc, P) see Martin [7]. - 19 Ib(a, a, P) = B;\a, P) J e-'^ 4 y |y|a-7 iFo(a+P; -y) dy u > q and this equals (5. 1) by virtue of definition H(2, l). Expression (5. 1) for the characteristic function of y is not in a form con- venient for computing moments of U. Theorem 1, however, gives... us an easy way of finding them. Since the characteristic function , -tr AU, «1^ ~k" 1, ^^^ = =) = k?0 kl ^^'^"^ 4 y) = k?0 ^ kT ^^^K^'^ y^^ ' K matching coefficients of appropriate powers of elements of A in the two expan- sions will give the moments. Write (5. 1) as an iterated Laplace transform 1 U > (5. 2) rm(«)VP) J o^o(-4 y) e-^^ ^ i |yr^ / -tr Z, ia+3-7 J / e = |zj dU dZ z > q Then by definition H(2ol), (5. 2) is " z > q A generic term in the expansion of (5. 3) in zonal polynomials is -^^^ ^ C (-AZ_-b e-'^'^^= |z|^''dZ_ k: ?„, (?) J K Z > and by Theorem 1, provided p > k - y - l, this term is 20 5^(P.
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