There is provided a system for electrical stimulation of a patient's cochlea (200), comprising: means (20) for providing an input audio signal； a sound processor (24) for generating an electric stimulation signal from the input audio signal； and a cochlear implant electrode arrangement (19) comprising a plurality of stimulation channels for stimulating the cochlea according to the electric stimulation signal； the sound processor comprising: a filter-bank unit (38) for dividing the input audio signal into a plurality of analysis channels, each containing a frequency domain signal representative of a distinct frequency portion of the audio signal, a signal level unit (42) for determining a signal level for each analysis channel by analyzing the respective frequency domain signal, a stimulation signal unit (46, 48) for generating an electric stimulation signal for each stimulation channel according to the respective signal level, a stimulation order control unit (48, 56) for controlling the temporal stimulation order of the stimulation channels according to a patient-specific pulse table to be generated by a pulse table configuration module (56) from patient-specific forward masking patterns obtained from patient-specific neural response imaging data in a manner so as to minimize spatial and/or temporal masking of the stimulation signal according to an optimization algorithm.La présente invention concerne un système de stimulation électrique de la cochlée d'un patient (200), ledit système comprenant : un moyen (20) de fourniture d'un signal audio d'entrée； un processeur de son (24) pour générer un signal de stimulation électrique à partir du signal audio d'entrée； et un agencement d'électrode d'implant cochléaire (19) comprenant une pluralité de canaux de stimulation pour stimuler la cochlée en fonction du signal de stimulation électrique； le processeur de son comprenant : une unité banc de filtres (38) pour diviser le signal audio d'entrée en une pluralité de canaux d
