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Vehicle Detection in Open Parks Using a Convolutional Neural Network

机译:卷积神经网络在露天公园的车辆检测

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This paper proposed a new vehicle detection algorithm based on a CNN (convolutional neural network), which dedicates to detect and localize vehicles in an open park. After an off-line training the network can fast respond to an input image so that it is suitable for real-time applications and has the potential to use in vehicle park management systems. Firstly, the trained CNN with a defined sliding window is used to search and identify vehicles in open parks. Secondly, a distribution matrix is defined to reflect the density of vehicle distribution, and it is used to remove redundant windows of vehicles to locate a position of vehicle accurately. Compared to other approaches for vehicle detection, the CNN-based approach does not require any engineered features. The proposed algorithm has combined a CNN with the distribution matrix so that the accuracy of the position location has been improved.
机译:本文提出了一种基于CNN(卷积神经网络)的车辆检测算法,该算法专门用于在空旷的公园中对车辆进行检测和定位。进行离线培训后,网络可以快速响应输入图像,因此它适合实时应用,并有可能在停车场管理系统中使用。首先,训练有素的CNN具有定义的滑动窗口,用于在开放的公园中搜索和识别车辆。其次,定义一个分布矩阵以反映车辆分布的密度,并用它来去除车辆的多余窗口,以准确地定位车辆的位置。与其他用于车辆检测的方法相比,基于CNN的方法不需要任何工程设计的功能。所提出的算法将CNN与分布矩阵结合在一起,从而提高了位置定位的准确性。

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