A method for enhancing video display of a video surveillance system, wherein said method comprises: a. receiving a first video image I n-1 and a second video image I n corresponding to a previous scan n-1 and a current scan n of said video surveillance system, b. determining a backwards displacement vector field D n from image I n associating with scan n to image I n-1 associated with scan n-1; c. determining a predicted image J n+1 for scan n+1 based on the backward displacement vector field D n and on the image I n corresponding to the current scan n, the method further comprising: i. iterating step a. to c. for scan n and n+1 to determine a backwards displacement vector field D n+1 from an image I n+1, associated with scan n+1, to image I n, associated with scan n, and to determine a predicted image J n+2 for scan n+2 from said backwards displacement vector field D n+1, wherein the method further comprises: ii. determining a forward displacement vector field F n+2 from said predicted image J n+1 for scan n+1 and said predicted image J n+2 for scan n+2; iii. generating a first intermediate image L n + 2 f from said forward displacement vector field F n+2 and the predicted image J n+1 for scan n+1, and a second intermediate image J n + 2 f from image I n+1 and the backward displacement vector field D n+1 from image I n+1 to image I n, the method further comprising an addition of said intermediate images obtained in step iii., weighted by a weighting factor, which provides said displayed image. a. receiving a first video image I n-1 and a second video image I n corresponding to a previous scan n-1 and a current scan n of said video surveillance system, b. determining a backwards displacement vector field D n from image I n associating with scan n to image I n-1 associated with scan n-1; c. determining a predicted image J n+1 for scan n+1 based on the backward displacement vector field D n and on the image I n corresponding to the current scan n, the method further comprising: i. iterating step a. to c. for scan n and n+1 to determine a backwards displacement vector field D n+1 from an image I n+1, associated with scan n+1, to image I n, associated with scan n, and to determine a predicted image J n+2 for scan n+2 from said backwards displacement vector field D n+1, wherein the method further comprises: ii. determining a forward displacement vector field F n+2 from said predicted image J n+1 for scan n+1 and said predicted image J n+2 for scan n+2; iii. generating a first intermediate image L n + 2 f from said forward displacement vector field F n+2 and the predicted image J n+1 for scan n+1, and a second intermediate image J n + 2 f from image I n+1 and the backward displacement vector field D n+1 from image I n+1 to image I n, the method further comprising an addition of said intermediate images obtained in step iii., weighted by a weighting factor, which provides said displayed image. i. iterating step a. to c. for scan n and n+1 to determine a backwards displacement vector field D n+1 from an image I n+1, associated with scan n+1, to image I n, associated with scan n, and to determine a predicted image J n+2 for scan n+2 from said backwards displacement vector field D n+1, ii. determining a forward displacement vector field F n+2 from said predicted image J n+1 for scan n+1 and said predicted image J n+2 for scan n+2; iii. generating a first intermediate image L n + 2 f from said forward displacement vector field F n+2 and the predicted image J n+1 for scan n+1, and a second intermediate image J n + 2 f from image I n+1 and the backward displacement vector field D n+1 from image I n+1 to image I n, the method further comprising an addition of said intermediate images obtained in step iii., weighted by a weighting factor, which provides said displayed image.