In spite of Taking account of Considering Notwithstanding Regarding For what concerns Neglecting to the first order In the particular case of Whatever Assuming Without prejudging Estimating a priori Intuitively, despite	the uncertainty of the fractal shape of non-gaussianity of the robustness of asymmetry of instability of the asymptotic value of nonstationariness of the lack of non-linearity of optimization of intrinsic dispersion of divergence of	non-linear models wavelet transforms data processing conditional estimates analytical integrations observational data numerical simulations implicit assumptions photometric measurements partial derivatives Fourier transforms numerical methods the cosmological parameters
it may prove necessary to a possible method would be to one should there is a straightforward solution: to one could also it is preferable to it would be interesting to it is appropriate to it would be easier to one should remember to it may prove necessary to it may be useful to one should rigourously	correct estimate compute by iterations find by trial and error build a database for observe modelize generalize -from a Bayesien point of view- simulate by Monte-Carlo bootstrap minimize improve optimize	all of the every a majority of the the the maximum likelihood of the the whole part of the the space of the quantiles of the a maximum of the the major part of the the histogram of the at least three or four among the the bias of the
values principal components least-square estimates methods structures covariances luminosity functions posterior distributions estimates variables integrals systematic errors modes of the distributions	generalized nonparametric IDL-implemented posterior photometric random experimental lognormal galactic FORTRAN-coded empirical magnitude limited biased	Laplace, 1820 Eddington, 1900 Einstein, 1913 Hubble, 1950 Poincaré, 1912 Allen, 1963 Boltzmann, 1903 Malmquist, 1936 Lorentz, 1912 Arago, 1840 Gauss, 1845 Schwarzschild, 1900 Bessel, 1840