Abstract: The present disclosure provides a method and system for displaying a target image based on a robot. The method includes successively acquiring video frame images; when a following target in an acquired kth-frame picture is detected, detecting information of a position of the following target in the kth-frame picture; displaying the kth-frame picture at a position of a k+N+1th frame in a time axis, and marking the position of the following target in the kth-frame picture, N being a number of pictures acquired within a detection cycle; sequentially predicting positions of the following target in acquired k+N+1th to k+2N?1th-frame pictures according to the position information of the following target in the kth-frame picture; and sequentially displaying the k+N+1th to k+2N?1th-frame pictures and the predicted positions of the following target at positions of the k+N+2th to k+2Nth frames in the time axis.

Abstract: The present disclosure provides a method and system for displaying a target image based on a robot. The method includes successively acquiring video frame images; when a following target in an acquired kth-frame picture is detected, detecting information of a position of the following target in the kth-frame picture; displaying the kth-frame picture at a position of a k+N+1th frame in a time axis, and marking the position of the following target in the kth-frame picture, N being a number of pictures acquired within a detection cycle; sequentially predicting positions of the following target in acquired k+N+1th to k+2N?1th-frame pictures according to the position information of the following target in the kth-frame picture; and sequentially displaying the k+N+1th to k+2N?1th-frame pictures and the predicted positions of the following target at positions of the k+N+2th to k+2Nth frames in the time axis.