在Arduino和Matlab嵌入式系统的辅助下,利用卡尔曼滤波技术实现交通状态感知

Samir Karim, Nazmus Sa-Adat, Soumik Shadman, Mashrur Hasnaen, A. Azad
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摘要

达卡的交通拥堵每天都达到一个新的高峰。由于私家车和公共汽车众多,达卡的交通堵塞可以说是世界上最严重的交通堵塞之一。孟加拉国工程技术大学(BUET)和事故研究所(ARI)最近进行的一项研究表明,由于交通堵塞,达卡市每年损失约500万个工作小时。这导致了价值3700亿卢比的损失[1]。为了解决这个问题并帮助管理这个庞大的问题,我们决定通过卡尔曼滤波的实现来解决这个问题,以便根据一天的时间变化来预测特定道路的拥堵程度。使用卡尔曼滤波的原因在于它的精度。其他原因是它可以用Matlab进行模拟,并且可以使用最新的数据不断更新。
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Traffic Condition Awareness using Kalman Filter Technique with the aid of Arduino and Matlab Embedded System
Traffic congestion in the city of Dhaka is reaching a new pinnacle every day. Owing to numerous private cars and local buses, the gridlocks in Dhaka city can be termed as one of the worst in the world. In a recent study done by Bangladesh University of Engineering and Technology(BUET) and Accident Research Institute (ARI), it was stated that around 5 million working hours are being lost every year in Dhaka city due to traffic gridlocks. This results in a loss of worth Tk.37,000 crore [1]. In order to resolve this issue and help manage the gargantuan problem, we decided to tackle this by the implementation of Kalman Filter in order to predict the level of congestion at a particular road according to time variance of the day. The reason for using Kalman Filter is because its accuracy. Other reasons being that it can be simulated using Matlab and can be constantly updated using the latest data.
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