A method for reproducing image sequences with flickering light information with a data processing unit (μC) by accessing image files stored in a data memory, wherein an image sequence comprises a sequence of input images E i of an image scene captured one after the other in time, comprising the steps: - estimating motion vectors for image data of an input image E i to describe the spatial displacement of an image datum in a first input image E i to the same image datum in a temporally offset preceding third input image E i-1 and a temporally offset subsequent second input image E i+1, wherein a forward estimation is carried out in each case from the temporally preceding input image E i-1; E i to the temporally subsequent input image E i; E i+1 and a backward estimation is carried out in each case from the temporally subsequent input image E i+1; E i to the temporally preceding input image E i; E i-11, in order to determine two motion vectors for each image datum, once for the forward estimation FW and once for the backward estimation BW, characterized by - generating motion-compensated intermediate images L i, R i in the time frame of the first input image E i, wherein a left intermediate image L i is generated from the temporally preceding third input image E i-1 with the associated motion vectors determined for the forward estimation and the negative motion vector for the backward estimation, and a right intermediate image R i is generated from the temporally subsequent second input image E i+1 with the associated motion vectors determined for the forward estimation and the negative motion vector for the backward estimation, - generating an output image A i by mixing the image data of the first input image E i with the image data of the left and right intermediate images L i, R i, wherein, for the luminance pixels, the corresponding output image pixels are used as the mean value of the maximum value of the intermediate images L i, R i and the first input image E i and the median of the pixels of these images by calculating the mean of the maximum value and the median. - estimating motion vectors for image data of an input image E i to describe the spatial displacement of an image datum in a first input image E i to the same image datum in a temporally offset preceding third input image E i-1 and a temporally offset subsequent second input image E i+1, wherein a forward estimation is carried out in each case from the temporally preceding input image E i-1; E i to the temporally subsequent input image E i; E i+1 and a backward estimation is carried out in each case from the temporally subsequent input image E i+1; E i to the temporally preceding input image E i; E i-11, in order to determine two motion vectors for each image datum, once for the forward estimation FW and once for the backward estimation BW, characterized by - generating motion-compensated intermediate images L i, R i in the time frame of the first input image E i, wherein a left intermediate image L i is generated from the temporally preceding third input image E i-1 with the associated motion vectors determined for the forward estimation and the negative motion vector for the backward estimation, and a right intermediate image R i is generated from the temporally subsequent second input image E i+1 with the associated motion vectors determined for the forward estimation and the negative motion vector for the backward estimation, - generating an output image A i by mixing the image data of the first input image E i with the image data of the left and right intermediate images L i, R i, wherein, for the luminance pixels, the corresponding output image pixels are used as the mean value of the maximum value of the intermediate images L i, R i and the first input image E i and the median of the pixels of these images by calculating the mean of the maximum value and the median.