Method assisted by computational means, for spatialized sound rendering using an array of loudspeakers, with a view to delivering a chosen sound field that is selectively audible in a predetermined first sub-region (SZ1) of a region covered by the loudspeakers (HP 1 , HP N ), said region further comprising a second sub-region (SZ2) in which it is sought to make said chosen sound field inaudible, wherein, the loudspeakers (HP 1 ,...,HP N ) being fed with respective command signals (S(HP 1 ,...,HP N ) ) so that each continuously emits an audio signal, the method comprises, iteratively and continuously: - estimating an acoustic pressure (P 2 ) in the second sub-region (SZ2), at least depending on the respective command signals (S (HP 1 ,..., HP N )) of the loudspeakers (HP 1 ,...,HP N ) and on an initial respective weight of the command signals (S (HP 1 ,..., HP N )) of the loudspeakers (HP 1 ,..., HP N ) , - computing an error between the estimated acoustic pressure (P 2 ) and a target acoustic pressure (Pt 2 ), desired in the second sub-region (SZ2), - and computing and applying respective weights to the command signals (S(HP 1 ,...,HP N ) ) of the loudspeakers, depending on said error, the acoustic pressure (P 2 ) in the second sub-region (SZ2) being computed again depending on the respective weighted command signals (S (HP 1 ,..., HP N ) ) of the loudspeakers (HP 1 ,..., HP N ) , each respective weight applied to one loudspeaker (HP 1 ,...,HP N ) comprising a first term corresponding to a respective weight computed in a preceding iteration and a second term dependent on the error. wherein, the loudspeakers (HP 1 ,...,HP N ) being fed with respective command signals (S(HP 1 ,...,HP N ) ) so that each continuously emits an audio signal, the method comprises, iteratively and continuously: - estimating an acoustic pressure (P 2 ) in the second sub-region (SZ2), at least depending on the respective command signals (S (HP 1 ,..., HP N )) of the loudspeakers (HP 1 ,...,HP N ) and on an initial respective weight of the command signals (S (HP 1 ,..., HP N )) of the loudspeakers (HP 1 ,..., HP N ) , - computing an error between the estimated acoustic pressure (P 2 ) and a target acoustic pressure (Pt 2 ), desired in the second sub-region (SZ2), - and computing and applying respective weights to the command signals (S(HP 1 ,...,HP N ) ) of the loudspeakers, depending on said error, - estimating an acoustic pressure (P 2 ) in the second sub-region (SZ2), at least depending on the respective command signals (S (HP 1 ,..., HP N )) of the loudspeakers (HP 1 ,...,HP N ) and on an initial respective weight of the command signals (S (HP 1 ,..., HP N )) of the loudspeakers (HP 1 ,..., HP N ) , - computing an error between the estimated acoustic pressure (P 2 ) and a target acoustic pressure (Pt 2 ), desired in the second sub-region (SZ2), - and computing and applying respective weights to the command signals (S(HP 1 ,...,HP N ) ) of the loudspeakers, depending on said error, the acoustic pressure (P 2 ) in the second sub-region (SZ2) being computed again depending on the respective weighted command signals (S (HP 1 ,..., HP N ) ) of the loudspeakers (HP 1 ,..., HP N ) , each respective weight applied to one loudspeaker (HP 1 ,...,HP N ) comprising a first term corresponding to a respective weight computed in a preceding iteration and a second term dependent on the error. <EOS>