A crosswind information processing method based on the Internet of Vehicles comprises the following steps that a first vehicle detects crosswind in the driving process and generates crosswind information when the crosswind is detected, crosswind positioning data are obtained, and the crosswind information and the crosswind positioning data are bound and uploaded to an Internet-of-Vehicles cloud server through a built-in Internet-of-Vehicles terminal; when the Internet-of-Vehicles server receives the crosswind information and the crosswind positioning data, the crosswind information and the crosswind positioning data are sent to the server; it is judged whether the crosswind information reaches a risk level or not; if yes, a real-time positioning data acquisition instruction is issued to asecond vehicle keeping connection with the second vehicle, whether the distance between the real-time positioning data and the crosswind positioning data is smaller than a preset distance threshold value or not is judged based on the real-time positioning data fed back by the second vehicle, and if yes, crosswind warning reminding is sent to the second vehicle; the second vehicle performs voice playing on the crosswind warning prompt when receiving the crosswind warning prompt; and therefore, the application range of crosswind detection and reminding is wide, and the reminding strength is high.
一种基于车联网的横风信息处理方法,包括以下步骤:第一车辆在行驶过程中对横风进行侦测并在侦测到横风时生成横风信息,获取横风定位数据,将横风信息与横风定位数据绑定并通过内置的车联网终端上传至车联网云端服务器;车联网服务器在接收到所述横风信息与横风定位数据时,判断横风信息是否达到风险级别,若达到则向与其保持连接的第二车辆下发实时定位数据获取指令,并基于第二车辆反馈的实时定位数据判断实时定位数据至横风定位数据的距离是否小于预设距离阈值,若小于则向第二车辆发送横风警示提醒;第二车辆在接收到所述横风警示提醒时对其进行语音播放;如此将使得横风的侦测与提醒适用范围广、提醒强度高。
Crosswind information processing method based on Internet of Vehicles
一种基于车联网的横风信息处理方法
2020-08-28
Patent
Elektronische Ressource
Chinesisch
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