Chapter 2: Discrete Random Variables
... time might be right for his firm to introduce the first integrated T-regulator device using new solid-state technology. This new product seemed the most promising of the several ideas that had been suggested by the head of Superior's Industrial Products division. So Suttcliff asked his staff assista ...
... time might be right for his firm to introduce the first integrated T-regulator device using new solid-state technology. This new product seemed the most promising of the several ideas that had been suggested by the head of Superior's Industrial Products division. So Suttcliff asked his staff assista ...
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... where ⊕ is componentwise sum mod 2 and (x + ξ)(g) := ξ(g − x). We will consider random walks with distribution supported by the symmetric generating set S = {(0, 1), (0, −1), (χ0 , 0)}, where χ0 is the characteristic function of {0}. ...
... where ⊕ is componentwise sum mod 2 and (x + ξ)(g) := ξ(g − x). We will consider random walks with distribution supported by the symmetric generating set S = {(0, 1), (0, −1), (χ0 , 0)}, where χ0 is the characteristic function of {0}. ...
Combinatorial Description and Free Convolution
... look on the combinatorial structure of our joint moments for free variables let us make a general remark about the analytical side of our “distributions”. For a random variable a we have defined its distribution in a very combinatorial way, namely just as the collection of all its moments ϕ(an ). Of ...
... look on the combinatorial structure of our joint moments for free variables let us make a general remark about the analytical side of our “distributions”. For a random variable a we have defined its distribution in a very combinatorial way, namely just as the collection of all its moments ϕ(an ). Of ...