A computer-implemented video image processing method, comprising the following operations: A. obtaining a first key point of an M th frame image in a video; B. performing weighted smoothing on the first key point of the M th frame image according to first key points in a historical key point queue and weights in a first target weight queue, to obtain a target key point, the historical key point queue comprising a first key point corresponding to each frame image in N frame images, the N frame images being images before the M th frame image, N > 0, the weights in the first target weight queue corresponding to the first key points in the historical key point queue, a weight corresponding to a first key point of an (M-a) th frame image being greater than or equal to a weight corresponding to a first key point of an (M-b) th frame image, and a < b; and C. adjusting the M th frame image according to the target key point, wherein the adjusting the M th frame image according to the target key point comprises: determining whether a distance between the target key point and the first key point of the M th frame image is greater than a first preset value; modifying a coordinate value corresponding to the first key point of the M th frame image to be a coordinate value corresponding to the target key point in a case that the distance is not greater than the first preset value; and updating the first target weight queue and performing operations B and C in a case that the distance is greater than the first preset value, wherein the updating the first target weight queue comprises: subtracting an attenuation coefficient from each weight in the first weight queue, to obtain a second weight queue, so that each weight in the second weight queue is less than a second preset value; and using the second weight queue as an updated first target weight queue. A. obtaining a first key point of an M th frame image in a video; B. performing weighted smoothing on the first key point of the M th frame image according to first key points in a historical key point queue and weights in a first target weight queue, to obtain a target key point, the historical key point queue comprising a first key point corresponding to each frame image in N frame images, the N frame images being images before the M th frame image, N > 0, the weights in the first target weight queue corresponding to the first key points in the historical key point queue, a weight corresponding to a first key point of an (M-a) th frame image being greater than or equal to a weight corresponding to a first key point of an (M-b) th frame image, and a < b; and C. adjusting the M th frame image according to the target key point, wherein the adjusting the M th frame image according to the target key point comprises: determining whether a distance between the target key point and the first key point of the M th frame image is greater than a first preset value; modifying a coordinate value corresponding to the first key point of the M th frame image to be a coordinate value corresponding to the target key point in a case that the distance is not greater than the first preset value; and updating the first target weight queue and performing operations B and C in a case that the distance is greater than the first preset value, wherein the updating the first target weight queue comprises: subtracting an attenuation coefficient from each weight in the first weight queue, to obtain a second weight queue, so that each weight in the second weight queue is less than a second preset value; and using the second weight queue as an updated first target weight queue. determining whether a distance between the target key point and the first key point of the M th frame image is greater than a first preset value; modifying a coordinate value corresponding to the first key point of the M th frame image to be a coordinate value corresponding to the target key point in a case that the distance is not greater than the first preset value; and updating the first target weight queue and performing operations B and C in a case that the distance is greater than the first preset value, wherein the updating the first target weight queue comprises: subtracting an attenuation coefficient from each weight in the first weight queue, to obtain a second weight queue, so that each weight in the second weight queue is less than a second preset value; and using the second weight queue as an updated first target weight queue. subtracting an attenuation coefficient from each weight in the first weight queue, to obtain a second weight queue, so that each weight in the second weight queue is less than a second preset value; and using the second weight queue as an updated first target weight queue.