Vision based vehicle detection is a critical technology that plays an important role in not only vehicle active safety but also road video surveillance application. Traditional shallow model based vehicle detection algorithm still cannot meet the requirement of accurate vehicle detection in these applications. In this work, a novel deep learning based vehicle detection algorithm with 2D deep belief network (2D-DBN) is proposed. In the algorithm, the proposed 2D-DBN architecture uses second-order planes instead of first-order vector as input and uses bilinear projection for retaining discriminative information so as to determine the size of the deep architecture which enhances the success rate of vehicle detection. On-road experimental results demonstrate that the algorithm performs better than state-of-the-art vehicle detection algorithm in testing data sets.
Wang et al. REF proposes a 2D-DBN architecture which uses second-order planes instead of first-order vectors as inputs and uses bilinear projection for retaining discriminative information to improve the detection rate.
A Vehicle Detection Algorithm Based on Deep Belief Network
The Scientific World Journal
The Scientific World Journal
Medicine