A robust video stabilization system by adaptive motion vectors filtering
Sebastiano Battiato, Giovanni Puglisi, Arcangelo Ranieri Bruna · 2008
Digital video stabilization allows to acquire video sequences without disturbing jerkiness, removing unwanted camera movements. In this paper we propose a novel fast video stabilization algorithm based on block matching of local motion vectors. Some of these vectors are properly filtered out by making use of ad-hoc rules taking into account local similarity, local ldquoactivityrdquo and matching effectiveness. Also a temporal analysis of the relative error computed at each frame has been achieved. Reliable information are then used to retrieve inter-frame transformation parameters. Experiments on real cases confirm the effectiveness of the proposed approach even in critical conditions.