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Vehicle detection on a pint-sized computer

机译:在一台小型计算机上的车辆检测

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摘要

Powerful miniature single-board computers have recently gained attention, inviting computer scientists and engineers to develop various kinds of applications on these tiny devices. Having numerous benefits over full-scaled personal computers, their small size enables system mobility and allows operations under limited power resources. Exploring its computing capability, we set up a Raspberry Pi with a high-resolution camera. Its task is to detect vehicles based on image processing techniques. This is generally regarded as a computationally demanding process. Our system implements Haar-like features and a supervised cascade learning model. Empirical results are impressive, achieving good detection rate with an average sustained image rate of 2 Hz.
机译:功能强大的微型单板计算机最近受到关注,邀请计算机科学家和工程师在这些微型设备上开发各种应用程序。与全尺寸的个人计算机相比,它具有许多优点,它们的小尺寸可实现系统移动性并允许在有限的电源下进行操作。为了探索其计算能力,我们安装了带有高分辨率相机的Raspberry Pi。它的任务是基于图像处理技术检测车辆。这通常被认为是计算上的需求过程。我们的系统实现了类似Haar的功能和有监督的级联学习模型。实验结果令人印象深刻,以2 Hz的平均持续图像速率实现了良好的检测率。

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