A system for receiving satellite signals disrupted by at least one interference source and by a thermal noise, comprising: reception means comprising at least one receiver i for said satellite signals; means for filtering said satellite signals so as to suppress the disruption of said interference sources; first means for determining a first inter-correlation matrix of said satellite signals; adding means for respectively adding a first coefficient to at least one element of the diagonal of said first inter-correlation matrix so as to obtain a second inter-correlation matrix; second means for determining, on the basis of said second inter-correlation matrix, second coefficients used by said filtering means, characterised in that it further comprises: means for detecting a first power of said thermal noise and a second power of all of the interference sources adapted to use an automatic gain control device or said first inter-correlation matrix; third means for dynamically determining the value of said first coefficients, on the basis of said first power, of said second power, of a desired rejection level and of a power threshold for the interference sources, said third means comprising means for comparing said second power to said threshold and comprising computation means adapted to compute said first coefficients using the following relations: { C i j = P int i − P noise i if P int i ≤ S and P signal i j < P noise i C i j = P noise i if P int i > S and P signal i j < P noise i C i j = P signal i j if P signal i j ≥ P noise i, where C ( i,j) represents a first coefficient to be added to the element of the diagonal that corresponds to the receiver i and to the sample j of said first matrix, P noise ( i) represents the thermal noise of said receiver i, P int ( i) represents the power of the interference received by said receiver i, S represents said threshold and P signal ( i,j) represents the power of the signal that corresponds to said receiver i and to said sample j. reception means comprising at least one receiver i for said satellite signals; means for filtering said satellite signals so as to suppress the disruption of said interference sources; first means for determining a first inter-correlation matrix of said satellite signals; adding means for respectively adding a first coefficient to at least one element of the diagonal of said first inter-correlation matrix so as to obtain a second inter-correlation matrix; second means for determining, on the basis of said second inter-correlation matrix, second coefficients used by said filtering means, means for detecting a first power of said thermal noise and a second power of all of the interference sources adapted to use an automatic gain control device or said first inter-correlation matrix; third means for dynamically determining the value of said first coefficients, on the basis of said first power, of said second power, of a desired rejection level and of a power threshold for the interference sources, said third means comprising means for comparing said second power to said threshold and comprising computation means adapted to compute said first coefficients using the following relations: { C i j = P int i − P noise i if P int i ≤ S and P signal i j < P noise i C i j = P noise i if P int i > S and P signal i j < P noise i C i j = P signal i j if P signal i j ≥ P noise i,