在不同硬件上的线程实现,用于行程时间估计

I. Iszaidy, R. Ngadiran, R. B. Ahmad, M. Jais, D. Shuhaizar
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引用次数: 0

摘要

行车时间估计是交通管理系统中提供从一个点到另一个点所需时间的一种方法。行程时间估计系统由一个嵌入式平台和用于检测和跟踪车辆的图像传感器组成。由于嵌入式电路板的资源有限,对于快速移动的车辆来说,行驶时间的测量具有挑战性。捕捉系统要求相机具有较高的捕捉速率,以捕捉快速移动车辆的最新画面。为了提高嵌入式板的资源利用率,降低摄像机与嵌入式板之间的输入输出延迟,本系统实现了线程化。本文将线程技术应用于两种树莓派模型,并对嵌入式板的性能进行了记录和分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Threading implementation on different hardware for travel time estimation purpose
The travel time estimation is one of traffic management system which provide time taken from one point to another point. Travel time estimation system consists of an embedded platform with image sensor for detecting and tracking the vehicle. Due to limited resources of embedded board, it makes challenging to measure the travel time especially for fast moving vehicle. Capturing system required a high capturing rate of the camera to capture most current frame for fast moving vehicle. Threading is implemented in this system to improve embedded board resource utilization and input-output latency between camera and embedded board. In this paper, the threading technology is applied to two types of Raspberry Pi model and the performance of the embedded board is recorded and analyzed.
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