Assembling three one‐camera images for three‐camera intersection classification

Abstract

Determining whether an autonomous self‐driving agent is in the middle of an intersection can be extremely difficult when relying on visual input taken from a single camera. In such a problem setting, a wider range of views is essential, which drives us to use three cameras positioned in the front, left, and right of an agent for better intersection recognition. However, collecting adequate training data with three cameras poses several practical difficulties; hence, we propose using data collected from one camera to train a three‐camera model, which would enable us to more easily compile a variety of training data to endow our model with improved generalizability. In this work, we provide three separate fusion methods (feature, early, and late) of combining the information from three cameras. Extensive pedestrian‐view intersection classification experiments show that our feature fusion model provides an area under the curve and F1‐score of 82.00 and 46.48, respectively, which considerably outperforms contemporary three‐ and one‐camera models.

Special issue on autonomous unmanned aerial/ground vehicles and their applications

“…For this special issue, we selected 11 key studies on (1) communication, networks, and mobility [1][2][3][4][5] and (2) object detection and tracking in autonomous driving [6][7][8][9][10][11].…”

“…In [11], three techniques for combining information from multiple cameras are proposed, namely, feature, early, and late fusion techniques. Extensive experiments were conducted on pedestrian-view intersection classification.…”