A stimulation system for integration in a garment adapted to be worn about at least a part of a human leg, the stimulation system comprising: a plurality of skin electrodes arranged to be integrated in a leg part of the garment; a measuring unit connected to the plurality of skin electrodes, the measuring unit being arranged to measure, via a first strict subset of skin electrodes comprised in the plurality of skin electrodes, an electrical characteristic indicative of a physiological condition in a first portion of the human leg when the garment is worn; a plurality of stimulation units being arranged in the leg part of the garment; a controller being configured to determine if the first portion of the leg is to be stimulated by evaluating the measured electrical characteristic, and configured to, if it is determined that the leg is to be stimulated, apply a stimulation via a first strict subset of stimulation units, comprised in the plurality of stimulation units, such that the first portion of the leg is stimulated, the measuring unit being further arranged to, if a stimulation is applied to the first portion, measure a further electrical characteristic indicative of the physiological condition in the first portion of the leg via said first subset of skin electrodes; the controller being further configured to determine if the stimulation of the leg is to be adjusted by evaluating the measured further electrical characteristic, and configured to, if it is determined that the stimulation is to be adjusted, configuring said first subset of stimulation units, such that the applied stimulation of the leg is terminated, and the measuring unit being further arranged to, if the stimulation is terminated, measure an electrical characteristic indicative of a physiological condition in a second portion of the leg via a second strict subset of skin electrodes comprised in said plurality of skin electrodes, the controller being further configured to determine if the second portion of the leg is to be stimulated by evaluating the measured electrical characteristic, and if it is determined that the second portion is to be stimulated, apply a stimulation via a second strict subset of stimulation units, comprised in the plurality of stimulation units, such that the second portion of the leg is stimulated. a plurality of skin electrodes arranged to be integrated in a leg part of the garment; a measuring unit connected to the plurality of skin electrodes, the measuring unit being arranged to measure, via a first strict subset of skin electrodes comprised in the plurality of skin electrodes, an electrical characteristic indicative of a physiological condition in a first portion of the human leg when the garment is worn; a plurality of stimulation units being arranged in the leg part of the garment; a controller being configured to determine if the first portion of the leg is to be stimulated by evaluating the measured electrical characteristic, and configured to, if it is determined that the leg is to be stimulated, apply a stimulation via a first strict subset of stimulation units, comprised in the plurality of stimulation units, such that the first portion of the leg is stimulated, the measuring unit being further arranged to, if a stimulation is applied to the first portion, measure a further electrical characteristic indicative of the physiological condition in the first portion of the leg via said first subset of skin electrodes; the controller being further configured to determine if the stimulation of the leg is to be adjusted by evaluating the measured further electrical characteristic, and configured to, if it is determined that the stimulation is to be adjusted, configuring said first subset of stimulation units, such that the applied stimulation of the leg is terminated, and the measuring unit being further arranged to, if the stimulation is terminated, measure an electrical characteristic indicative of a physiological condition in a second portion of the leg via a second strict subset of skin electrodes comprised in said plurality of skin electrodes, the controller being further configured to determine if the second portion of the leg is to be stimulated by evaluating the measured electrical characteristic, and if it is determined that the second portion is to be stimulated, apply a stimulation via a second strict subset of stimulation units, comprised in the plurality of stimulation units, such that the second portion of the leg is stimulated.