Algorithms And Data Structures

New PDF release: A 1-(S,T)-edge-connectivity augmentation algorithm

By Enni S.

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I assume that each measurement is independent of the others. °m=([ 5 >](x* -(x))\\Y,(x - (X)) ' -(x))\\ ' ^ '(X° ~ {X)) ' W ^ k P Uxk-(x)Y) a 2 m — \ *: +{ / Z(xk-{x))(zp-(x)) \ fc^P Jfi Since the points xn are statistically independent, ((xk - (x))(xp - (x))) = {(xk - (x)))((xp But, ((a*-<*»>=<), (x))). Measurement of Samples of Random Numbers 39 so EC** - <*» 2 ) N2 TJ{{xl-2xk{x) _k E((^)2-(^}2) + {xf)) _ TV2 _k N2 ~ But, (4) = <*2> and the variance of the original data set, thus The expected error (standard deviation) in any one measurement of the average using N points is Eq.

23) 2v. This distribution is most useful in dealing with the statistics of estimates of the variance. Let zn — (x n — x)/a. Then, —-v \xn xi-i = Yl zn = Z x) = (--l)fo n=l Note the v — 1 that comes about because you have to use the computed average to estimate the variance. Random 27 Variables In the limit of large v, the distribution becomes Gaussian and the chisquared distribution can be written, P(xl)dxl = 1 Exp /47W {xl-v? ) 4(«/-l) y/M" ~ 1) Exp (*2--2)2 ds2. 24) function The indefinite integral of a Gaussian is a very important quantity in statistics.

It is the distribution used to tell you how dangerous a pesticide might be. It is used to tell you how many people would vote for a given candidate. It is used to determine which TV shows are the most popular. A direct consequence of this is that the binomial distribution is often the most abused distribution. It is used to tell you that coffee is bad for you. Then, it is used in another study to tell you that coffee is good for you... Usually, the problem with clearly interpreting survey results is knowing whether the sample taken was really representative of the entire population you are extrapolating to.

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A 1-(S,T)-edge-connectivity augmentation algorithm by Enni S.


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