Computes the expectation of the number of transmissions and receptions considering an End-to-End transport model with limited number of retransmissions per packet. It provides theoretical results and also estimated values based on Monte Carlo simulations. It is also possible to consider random data and ACK probabilities.

E-statistics (energy statistics) tests of fit, clustering
Maria L. Rizzo <rizzo@math.ohiou.edu> and Gabor J. Szekely <gabors@bgnet.bgsu.edu>
E-statistics (energy) tests for comparing distributions: multivariate normality, Poisson test, multivariate k-sample test for equal distributions, hierarchical clustering by e-distances. Energy-statistics concept based on a generalization of Newton's potential energy is due to Gabor J. Szekely.

E-statistics (energy statistics) tests of fit, independence, clustering
E-statistics (energy) tests for comparing distributions: multivariate normality, multivariate k-sample test for equal distributions, hierarchical clustering by e-distances, multivariate independence test, Poisson test. Energy-statistics concept based on a generalization of Newton's potential energy is due to Gabor J. Szekely.

Maria L. Rizzo <mrizzo @ bgnet.bgsu.edu> and Gabor J. Szekely <gabors @ bgnet.bgsu.edu>

Maria L. Rizzo <mrizzo @ bgnet.bgsu.edu> and
Gabor J. Szekely <gabors @ bgnet.bgsu.edu>
E-statistics (energy) tests for comparing distributions:
multivariate normality, multivariate k-sample test for equal distributions,
hierarchical clustering by e-distances, multivariate independence test,
goodness-of-fit tests. Energy-statistics concept based on a generalization of
Newton's potential energy is due to Gabor J. Szekely.

E-statistics (energy) tests for comparing distributions: multivariate normality, Poisson test, multivariate k-sample test for equal distributions, hierarchical clustering by e-distances.

E-statistics (energy) tests and statistics for comparing distributions:
multivariate normality,
multivariate k-sample test for equal distributions,
hierarchical clustering by e-distances,
multivariate independence tests,
distance correlation,
goodness-of-fit tests.
Energy-statistics concept based on a generalization of
Newton's potential energy is due to Gabor J. Szekely.