Moving object detection is a crucial task in computer vision. Event-based cameras are bio-inspired cameras that work by mimicking the working of the human eye. These cameras have multiple advantages over conventional frame-based cameras, like reduced latency, HDR, reduced motion blur during high motion, low power consumption, etc. However, these advantages come at a high cost, as event-based cameras are noise sensitive and have low resolution. Moreover, the task of moving object detection in these cameras is difficult, as event-based sensors capture only the binary changes in brightness of a scene, lacking useful visual features like texture and color. In this paper, we investigate the application of the k-means clustering technique in detecting moving objects in event-based data. Experimental results in publicly available datasets using k-means show significant improvement in performance over the state-of-the-art methods.
翻译:移动物体探测是计算机视觉中的一项关键任务。 以事件为基础的照相机是仿照人类眼睛工作的生动摄像头。 这些照相机比传统的框架照相机具有多种优势,例如低潜伏、人类发展报告、高运动期间运动模糊度降低、低耗电量等。 然而,这些优势的成本很高,因为以事件为基础的照相机对噪音敏感,分辨率低。 此外,在这些照相机中移动物体探测的任务很困难,因为以事件为基础的传感器只捕捉到场景亮度的二进制变化,缺乏像纹理和颜色这样的有用视觉特征。在本文件中,我们调查K- means集技术在以事件为基础的数据中探测移动物体时的应用情况。 使用k- means的可公开获得的数据集的实验结果显示,在最新方法的性能方面有显著改进。