A video copyright detection method, comprising: obtaining, by a server, first video data to be detected, and decoding, by the server, the first video data, to obtain audio data of the first video data; analyzing, by the server, the audio data, to obtain audio fingerprint data corresponding to the audio data; querying, by the server based on the audio fingerprint data, an audio fingerprint library; obtaining, by the server, a video label and a time parameter corresponding to the audio fingerprint data if the audio fingerprint library comprises the audio fingerprint data; querying, by the server, a video copyright library using the video label, to obtain a first picture that is corresponding to the video label and that satisfies the time parameter, and extracting from the first video data a second picture that satisfies the time parameter; extracting, by the server, a first feature parameter of the first picture and a second feature parameter of the second picture; and comparing, by the server, the first feature parameter with the second feature parameter, and determining, based on a comparison result, whether the first video data is consistent with a video in the video copyright library, wherein before the querying, by the server, a video copyright library using the video label, the method comprises: extracting, by the server, pictures from second video data having copyright, and, for each of the extracted pictures, storing the extracted picture, a time parameter corresponding to the picture, and a video label corresponding to the picture in the video copyright library, wherein the extracting, by the server, pictures from second video data having copyright comprises: performing, by the server, scene recognition on the second video data, and recognizing and filtering out a first picture collection representing scene switching in the second video data, to obtain a second picture collection; analyzing, by the server, pictures in the second picture collection, to obtain edge feature information of the pictures in the second picture collection; and extracting, by the server, pictures of which a quantity of the edge feature information reaches a preset threshold. obtaining, by a server, first video data to be detected, and decoding, by the server, the first video data, to obtain audio data of the first video data; analyzing, by the server, the audio data, to obtain audio fingerprint data corresponding to the audio data; querying, by the server based on the audio fingerprint data, an audio fingerprint library; obtaining, by the server, a video label and a time parameter corresponding to the audio fingerprint data if the audio fingerprint library comprises the audio fingerprint data; querying, by the server, a video copyright library using the video label, to obtain a first picture that is corresponding to the video label and that satisfies the time parameter, and extracting from the first video data a second picture that satisfies the time parameter; extracting, by the server, a first feature parameter of the first picture and a second feature parameter of the second picture; and comparing, by the server, the first feature parameter with the second feature parameter, and determining, based on a comparison result, whether the first video data is consistent with a video in the video copyright library, wherein before the querying, by the server, a video copyright library using the video label, the method comprises: extracting, by the server, pictures from second video data having copyright, and, for each of the extracted pictures, storing the extracted picture, a time parameter corresponding to the picture, and a video label corresponding to the picture in the video copyright library, wherein the extracting, by the server, pictures from second video data having copyright comprises: performing, by the server, scene recognition on the second video data, and recognizing and filtering out a first picture collection representing scene switching in the second video data, to obtain a second picture collection; analyzing, by the server, pictures in the second picture collection, to obtain edge feature information of the pictures in the second picture collection; and extracting, by the server, pictures of which a quantity of the edge feature information reaches a preset threshold. extracting, by the server, pictures from second video data having copyright, and, for each of the extracted pictures, storing the extracted picture, a time parameter corresponding to the picture, and a video label corresponding to the picture in the video copyright library, wherein the extracting, by the server, pictures from second video data having copyright comprises: performing, by the server, scene recognition on the second video data, and recognizing and filtering out a first picture collection representing scene switching in the second video data, to obtain a second picture collection; analyzing, by the server, pictures in the second picture collection, to obtain edge feature information of the pictures in the second picture collection; and extracting, by the server, pictures of which a quantity of the edge feature information reaches a preset threshold. performing, by the server, scene recognition on the second video data, and recognizing and filtering out a first picture collection representing scene switching in the second video data, to obtain a second picture collection; analyzing, by the server, pictures in the second picture collection, to obtain edge feature information of the pictures in the second picture collection; and extracting, by the server, pictures of which a quantity of the edge feature information reaches a preset threshold.