A method for processing a depth image sequence, comprising: analyzing images of m frames before a current time, n frame at the current time, wherein n = 0 or 1, and q frames after the current time in a texture sequence corresponding to a depth image sequence, and extracting characteristics of the texture sequence, wherein the extracting the characteristics of the texture sequence comprises: analyzing motion information of the texture sequence, and extracting the motion information as a characteristic value, and wherein when n=1, the analyzing images of m frames before a current time, n frame at the current time, and q frames after the current time in a texture sequence corresponding to a depth image sequence comprises: analyzing images of m frames before the current time, the frame at the current time, and q frames after the current time in the texture sequence corresponding to the depth image sequence, and when n=0, the analyzing images of m frames before a current time, n frame at the current time, and q frames after the current time in a texture sequence corresponding to a depth image sequence comprises: analyzing images of m frames before the current time, and q frames after the current time in the texture sequence corresponding to the depth image sequence; and weighted processing a depth image at the current time according to the characteristics of the texture sequence for correction by using r frames before the current time and s frames after the current time in the depth image sequence according to D ′ nt = w nt D nt + ∑ i = 1 r w rit D rit + ∑ j = 1 s w sjt D sjt, wherein D' nt is a depth of the processed region of the depth image at the current time after correction, D nt is a depth of the processed region of the depth image at the current time before correction, D rit is a depth corresponding to a weighted region of an i th frame in the r frames before the depth image at the current time, D sjt is a depth corresponding to a weighted region of a j th frame in the s frames after the depth image at the current time, weights w nt, w rit, and w sjt are dynamically determined according to the amplitude of the motion vector of the region, in which m=0, 1, 2,...; q=0, 1, 2,...; r=0, 1, 2,...; s=0, 1, 2,...; and the m, q, r, and s frames are continuous frames or discontinuous frames, wherein discontinuous frames are frames with at least one frame skipped, and where m+n+q≥2, and r+s≥1. analyzing images of m frames before a current time, n frame at the current time, wherein n = 0 or 1, and q frames after the current time in a texture sequence corresponding to a depth image sequence, and extracting characteristics of the texture sequence, wherein the extracting the characteristics of the texture sequence comprises: analyzing motion information of the texture sequence, and extracting the motion information as a characteristic value, and wherein when n=1, the analyzing images of m frames before a current time, n frame at the current time, and q frames after the current time in a texture sequence corresponding to a depth image sequence comprises: analyzing images of m frames before the current time, the frame at the current time, and q frames after the current time in the texture sequence corresponding to the depth image sequence, and when n=0, the analyzing images of m frames before a current time, n frame at the current time, and q frames after the current time in a texture sequence corresponding to a depth image sequence comprises: analyzing images of m frames before the current time, and q frames after the current time in the texture sequence corresponding to the depth image sequence; and weighted processing a depth image at the current time according to the characteristics of the texture sequence for correction by using r frames before the current time and s frames after the current time in the depth image sequence according to D ′ nt = w nt D nt + ∑ i = 1 r w rit D rit + ∑ j = 1 s w sjt D sjt, wherein D' nt is a depth of the processed region of the depth image at the current time after correction, D nt is a depth of the processed region of the depth image at the current time before correction, D rit is a depth corresponding to a weighted region of an i th frame in the r frames before the depth image at the current time, D sjt is a depth corresponding to a weighted region of a j th frame in the s frames after the depth image at the current time, weights w nt, w rit, and w sjt are dynamically determined according to the amplitude of the motion vector of the region, in which m=0, 1, 2,...; q=0, 1, 2,...; r=0, 1, 2,...; s=0, 1, 2,...; and the m, q, r, and s frames are continuous frames or discontinuous frames, wherein discontinuous frames are frames with at least one frame skipped, and where m+n+q≥2, and r+s≥1.