Plug-and-Play Rescaling Based Crowd Counting in Static Images

Abstract

Crowd counting is a challenging problem especially in the presence of huge crowd diversity across images and complex cluttered crowd-like background regions, where most previous approaches do not generalize well and consequently produce either huge crowd underestimation or overestimation. To address these challenges, we propose a new image patch rescaling module (PRM) and three independent PRM employed crowd counting methods. The proposed frameworks use the PRM module to rescale the image regions (patches) that require special treatment, whereas the classification process helps in recognizing and discarding any cluttered crowd-like background regions which may result in overestimation. Experiments on three standard benchmarks and cross-dataset evaluation show that our approach outperforms the state-of-the-art models in the RMSE evaluation metric with an improvement up to 10.4%, and possesses superior generalization ability to new datasets.

ZoomCount: A Zooming Mechanism for Crowd Counting in Static Images

“…I N recent years, convolutional neural networks have attracted a lot of attention and been successfully applied to various computer vision problems, such as object detection [24], [29], [46], face recognition [8], depth estimation [16], [17], image classification [7], [50], image-to-image translation [44], [45], and crowd counting [34]. Crowd counting is an integral part of crowd analysis.…”