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基于互联网的车位引导管理系统设计

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为提升城市停车场运转效率,设计了一种基于互联网的车位引导与管理系统.系统硬件部分的主控芯片选择STM32F407单片机,根据采集节点,包括高清摄像头、音频装置和高灵敏度的超声波传感器,节点通过互联网将实时信息传递到数据处理模块.通信模块采用了CAN总线通信和WSNs通信两种方式,给出了车位引导管理系统软件工作流程和执行步骤,并采用了一种基于GA算法优化的ACO仿生算法,使车位引导系统具备了全局寻优的能力.测试结果显示:系统在高峰时段单位时间内车辆入场和驶离的效率较高,通行车辆数量达13辆,且能够提供一条最短的到达指定车位的线路.
Design of parking guidance management system based on Internet
In order to improve the operation efficiency of urban parking lots,an Internet-based parking guidance and manage-ment system was designed.The main control chip of the hardware part of the system is STM32F407 single chip microcomputer.According to the acquisition node,which includes high-definition camera,audio device and high-sensitivity ultrasonic sensor,the node will transmit real-time information to the data processing module through the Internet.The communication module adopts two modes:CAN bus communication and WSNs communication.The software workflow and execution steps of the parking guidance management system are given,and an ACO bionic algorithm based on GA algorithm is adopted to make the parking guidance sys-tem have the ability of global optimization.The test results show that the proposed system has a high efficiency of vehicle entry and departure per unit time during peak hours,the number of vehicles is up to 13,and it can provide a shortest route to the designated parking space.

Internetparking space guidanceCAN busGAACO algorithm

陈旭

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眉山职业技术学院智能制造学院,眉山 620010

互联网 车位引导 CAN总线 GA ACO算法

2024

现代计算机
中大控股

现代计算机

影响因子:0.292
ISSN:1007-1423
年,卷(期):2024.30(21)