This paper proposes a method to automatically track human body parts in the context of gait modelisation and recognition. The proposed approach is based on a five points human model (head, hands, and feet) where the points are detected and tracked independently. Tracking is fully automatic (no manual initialization of the five points) since it will be used in a real-time surveillance system. Feet are detected in each frame by first finding the space be-tween the legs in the human silhouette. The issue of feet self-occlusion is handled using optical flow and motion cor-respondence. Skin color segmentation is used to find hands in each frame and tracking is achieved by using a bound-ing box overlap algorithm. The head is defined as the mass c...
The main goal of this research is to provide an insight of human or pedestrian tracking based on fe...
Abstract. This paper presents a new approach for 3D human walking modeling from monocular image sequ...
This paper presents a novel and fast scheme to detect different body parts in human motion. Using mo...
Abstract — Gait recognition has recently gained attention as an effective approach to identify indiv...
Abstract — Gait recognition has recently gained attention as an effective approach to identify indiv...
Abstract. Reliable tracking of moving humans is essential to motion estimation, video surveillance a...
As cameras and computers became popular, the applications of computer vision techniques attracted at...
Abstract—Research into tracking and recognizing human movement has so far been mostly limited to gai...
This paper presents a novel and fast scheme to detect different body parts in human motion. Using mo...
Research into tracking and recognizing human movement has so far been mostly limited to gait or fron...
International audienceWe propose an original method for tracking people based on the construction of...
In this paper, a computer vision system for automated visual surveillance in an unconstrained outdoo...
Abstract — We propose an original method for tracking peo-ple based on the construction of a 2-D hum...
This thesis contributes, in essence, four developments to the field of computer vision. The first tw...
This paper presents a model based approach to human body tracking in which the 2D silhouette of a mo...
The main goal of this research is to provide an insight of human or pedestrian tracking based on fe...
Abstract. This paper presents a new approach for 3D human walking modeling from monocular image sequ...
This paper presents a novel and fast scheme to detect different body parts in human motion. Using mo...
Abstract — Gait recognition has recently gained attention as an effective approach to identify indiv...
Abstract — Gait recognition has recently gained attention as an effective approach to identify indiv...
Abstract. Reliable tracking of moving humans is essential to motion estimation, video surveillance a...
As cameras and computers became popular, the applications of computer vision techniques attracted at...
Abstract—Research into tracking and recognizing human movement has so far been mostly limited to gai...
This paper presents a novel and fast scheme to detect different body parts in human motion. Using mo...
Research into tracking and recognizing human movement has so far been mostly limited to gait or fron...
International audienceWe propose an original method for tracking people based on the construction of...
In this paper, a computer vision system for automated visual surveillance in an unconstrained outdoo...
Abstract — We propose an original method for tracking peo-ple based on the construction of a 2-D hum...
This thesis contributes, in essence, four developments to the field of computer vision. The first tw...
This paper presents a model based approach to human body tracking in which the 2D silhouette of a mo...
The main goal of this research is to provide an insight of human or pedestrian tracking based on fe...
Abstract. This paper presents a new approach for 3D human walking modeling from monocular image sequ...
This paper presents a novel and fast scheme to detect different body parts in human motion. Using mo...