A method of determining from which image of an image sequence a value for a particular pixel of a particular image being temporarily located intermediate a first image and a second image should be based on, wherein the first and second image is comprised in the image sequence, the method comprising: estimating a first motion vector field D → 3 x →, n − 1 corresponding to the first image between a number of successive luminance frames ( F x →, n − 2, F x →, n − 1, F x → n); estimating a third motion vector field D ̅ 2 x →, n + α for the temporal position ( n + α) of the particular pixel between a number of successive luminance frames F x →, n − 1, F x → n); estimating a particular motion vector ( D c) for the particular pixel from the third motion vector field D → 2 x →, n + α; selecting a first motion vector ( D p)from the first motion vector field D → 3 x →, n − 1 on basis of a particular spatial position ( x) of the particular pixel and the particular motion vector ( D c); selecting a second ( D pp) motion vector from the first motion vector field D ̅ 3 x →, n − 1 on basis of a particular spatial position ( x) of the particular pixel and the first motion vector ( D p); computing a first motion vector difference on basis of the first ( D p) and the second ( D pp) motion vector; estimating a second motion vector field D ̅ 3 x → n corresponding to the second image between a number of successive luminance frames ( F x →, n − 1, F x → n, F x →, n + 1); selecting a third motion vector ( D n) from the second motion vector field D ̅ 3 x → n on basis of the particular spatial position ( x) of the particular pixel and the particular motion vector ( D c); selecting a fourth motion vector ( D nn) from the second motion vector field D → 3 x → n on basis of the particular spatial position ( x) of the particular pixel and the third motion vector ( D n); computing a second motion vector difference on basis of the third ( D n) and the fourth ( D nn) motion vector; and wherein the value of the particular pixel is based on a first value of a first pixel of the first image if the first motion vector difference is smaller than the second motion vector difference, and the value of the particular pixel is based on a second value of a second pixel of the second image if the second motion vector difference is smaller than the first motion vector difference. estimating a first motion vector field D → 3 x →, n − 1 corresponding to the first image between a number of successive luminance frames ( F x →, n − 2, F x →, n − 1, F x → n); estimating a third motion vector field D ̅ 2 x →, n + α for the temporal position ( n + α) of the particular pixel between a number of successive luminance frames F x →, n − 1, F x → n); estimating a particular motion vector ( D c) for the particular pixel from the third motion vector field D → 2 x →, n + α; selecting a first motion vector ( D p)from the first motion vector field D → 3 x →, n − 1 on basis of a particular spatial position ( x) of the particular pixel and the particular motion vector ( D c); selecting a second ( D pp) motion vector from the first motion vector field D ̅ 3 x →, n − 1 on basis of a particular spatial position ( x) of the particular pixel and the first motion vector ( D p); computing a first motion vector difference on basis of the first ( D p) and the second ( D pp) motion vector; estimating a second motion vector field D ̅ 3 x → n corresponding to the second image between a number of successive luminance frames ( F x →, n − 1, F x → n, F x →, n + 1); selecting a third motion vector ( D n) from the second motion vector field D ̅ 3 x → n on basis of the particular spatial position ( x) of the particular pixel and the particular motion vector ( D c); selecting a fourth motion vector ( D nn) from the second motion vector field D → 3 x → n on basis of the particular spatial position ( x) of the particular pixel and the third motion vector ( D n); computing a second motion vector difference on basis of the third ( D n) and the fourth ( D nn) motion vector; and wherein the value of the particular pixel is based on a first value of a first pixel of the first image if the first motion vector difference is smaller than the second motion vector difference, and the value of the particular pixel is based on a second value of a second pixel of the second image if the second motion vector difference is smaller than the first motion vector difference.