1. A computer-implemented method for determining, for each of at least p physical parameters of one or several components of an electronic circuit or of a microelectromechanical system, a number n of experiment values of the physical parameter, comprising the steps of: in a processor, determining a plurality (n) of vectors of dimension p, each component of each of the plurality of vectors corresponding to one of n initial values of one of said physical parameters; in said processor, iteratively modifying at least one of the plurality (n) of vectors to bring to a maximum, at least locally, for each pair of vectors from among pairs of said plurality (n) of vectors, the smallest average of the sum of distances between the vectors of said pair projected onto sub-spaces of dimension k, where k belongs to a set of integers ranging between 1 and p and at least comprising 1, 2, and p, the components of each of the plurality (n) of vectors corresponding, at the end of the iterations; and generating, from said processor, an output indicative of said experiment values of the physical parameters for said components.