Asymptotics of conditional probabilities of succesful allocation of random number of particles into cells particles into N
cells, 1 ≤ i ≤ n, for fixed Z n = (ζ 1 , .., ζ n ) these
allocation schemes are independent
On the probability of the event: In n generalized allocation schemes the volume of each cell does not exceed r of
allocating particles in
cells. We study the probability of the event: for each generalized
allocation scheme On maximal quantity of particles of one color in analogs of multicolor urn schemes© 2017, Allerton Press, Inc.We deal with analogs of multicolor urn
schemes such that the number
On maximal quantity of particles of one color in analogs of multicolor urn schemes© 2017, Allerton Press, Inc.We deal with analogs of multicolor urn
schemes such that the number
On the probability of the event: In n generalized allocation schemes the volume of each cell does not exceed r of
allocating particles in
cells. We study the probability of the event: for each generalized
allocation scheme The probability of a successful allocation of ball groups by boxesLet p = PNn be the probability of a successful
allocation of n groups of
distinguishable balls in N
The probability of a successful allocation of ball groups by boxesLet p = PNn be the probability of a successful
allocation of n groups of
distinguishable balls in N
Asymptotics of conditional probabilities of succesful allocation of random number of particles into cells particles into N
cells, 1 ≤ i ≤ n, for fixed Z n = (ζ 1 , .., ζ n ) these
allocation schemes are independent
Application of the conditional gradient method to resource allocation in wireless networks is solved with conditional gradient method for
different information exchange
schemes for participants