Abstract: A face detecting method and a face detecting system are provided. The face detecting method includes the following steps: At least one original image block is received. The original image block is transformed by a transforming unit to obtain a plurality of different transformed image blocks. Whether each of the transformed image blocks contains a face is detected by a detecting unit according to only one identical face database and a detecting result value is outputted accordingly. The transformed image blocks are detected by a plurality of parallel processing cores. Whether a maximum of the detecting result values is larger than a threshold value is determined by a determiner. If the maximum of the detecting result values is larger than the threshold value, then the determiner deems that the original image block contains a face.

Abstract: A face detecting method and a face detecting system are provided. The face detecting method includes the following steps: At least one original image block is received. The original image block is transformed by a transforming unit to obtain a plurality of different transformed image blocks. Whether each of the transformed image blocks contains a face is detected by a detecting unit according to only one identical face database and a detecting result value is outputted accordingly. The transformed image blocks are detected by a plurality of parallel processing cores. Whether a maximum of the detecting result values is larger than a threshold value is determined by a determiner. If the maximum of the detecting result values is larger than the threshold value, then the determiner deems that the original image block contains a face.

Abstract: An image processing method and a device for redeye correction are provided. In the method, a face region of a pending image is received and detected. At least one region of interest (ROI) is set in the face region. The ROI is segmented according to a color model so as to produce a plurality of candidate regions. Each of the candidate regions is filtered separately according to a candidate region filtering method. It is determined whether a color candidate region is produced after filtering. If yes, luminance values of a plurality of pixels in the ROI are calculated by a contrast mask. The ROI is segmented by using a calculated luminance distribution so as to produce a high contrast candidate region. An overlapped portion between the color and the high contrast candidate regions is taken as a redeye region, and the redeye region is corrected to produce a corrected image.