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Today, with the advancement of technology, the use of tools for extracting information from video are much wider in terms of both visual power and the processing power. High-speed car, perfect detection accuracy, business diversity in the fields of medical, home appliances, smart cars, humanoid robots, military systems and the commercialization makes these systems cost effective. Among the most...

While face and facial feature detection is an important and popular problem in image processing and algorithm development, the work presented here is far less important. Here I attempt to build on existing methods of face detection and facial feature detection in order to automate and customize an old practical joke where one scribbles facial hair onto a picture of friends, celebrities, or even...

In this paper a symmetry based face detection technique is proposed. Here symmetry of the human face is used to quickly locate the human faces from an image. At first sobel edge detection operator is applied to get the edge image from the original image. In order to measure total number of symmetrical points present in an image window, a newly proposed point symmetry based distance is used. Kd-...

Faster RCNN has achieved great success for generic object detection including PASCAL object detection and MS COCO object detection. In this report, we propose a detailed designed Faster RCNN method named FDNet1.0 for face detection. Several techniques were employed including multi-scale training, multi-scale testing, light-designed RCNN, some tricks for inference and a vote-based ensemble metho...

1. Locating faces in the scene (e.g., in an image; this step is also referred to as face detection), 2. Extracting facial features from the detected face region (e.g., detecting the shape of facial components or describing the texture of the skin in a facial area; this step is referred to as facial feature extraction), 3. Analyzing the motion of facial features and/or the changes in the appeara...

Locating the position of a human face in a photograph is likely to be a very complex task, requiring several image and signal processing techniques. This paper proposes a new approach called polygonal facial projection that is able, by measuring specific distances on the image, to extract relevant features and improve efficiency of neural face identification systems (Rowley, 1999) (Moutinho and...