Method, system and storage medium for displaying real-time movement trajectory of vehicle

Abstract

The present disclosure provides a method, a system and a storage medium for displaying the real-time movement trajectory of a vehicle. The method provided by the present disclosure includes: acquiring status information from a vehicle terminal at a first predetermined time interval and determining a geographic location block where the vehicle terminal is located based on the positioning information of the vehicle terminal; calling the vehicle terminal at a second predetermined time interval Acquire the vehicle data request, and based on the request positioning information, determine the data request area of ​​the vehicle calling terminal; vehicle identification information associated with one vehicle terminal, and determining a positioning information sequence of each vehicle terminal in the at least one vehicle terminal within a predetermined time period, and outputting the positioning information sequence. The method according to the present disclosure can accurately, efficiently and smoothly display the moving trajectories of surrounding vehicles.

Description

technical field [0001] The present disclosure relates to computer processing technology, and more particularly, to a method, a system and a storage medium for displaying vehicle movement trajectories. Background technique [0002] In the field of transportation, especially in the field of Internet car-hailing, in order to enable users to clearly understand the number and distance of surrounding vehicles, a large number of surrounding vehicle display functions have appeared. However, the effect of the existing surrounding vehicle display function is not good. For example, some surrounding vehicle display functions only use the current position of the vehicle for display. Since the vehicle positioning may be biased, the displayed surrounding vehicle location may not be on the road or may appear in the building; due to the need to predict the vehicle's driving trajectory , some surrounding vehicle display functions only use a simple simulation of vehicles traveling in one dire...

AI Technical Summary

Problems solved by technology

However, the existing peripheral vehicle display function does not work well

For example, some surrounding vehicle display functions only use the current position of the vehicle for display. Due to the possible deviation of vehicle positioning, the displayed surrounding vehicle position may not be on the road or may appear in a building; due to the need to predict the vehicle's driving trajectory , some surrounding vehicle display functions only use a simple simulation of vehicles driving in one direction, so there may be problems that vehicles pass through buildings and the displayed vehicle direction is fixed and cannot be dynamically changed in real time; some surrounding vehicle display functions use simulated data instead of The real-time positioning data of the vehicle is used to display, for example, only the current actual position of the vehicle is used as the starting position and a simulated end point is assumed to carry out simulated route planning, and the process of moving the vehicle along the simulated route is displayed, so that due to the vehicle's The actual driving trajectory may not be the same as the simulated route, that is, the actual end point of the vehicle in one simulation may not be the same as the simulated end point, so problems such as vehicle position jumps may occur when the next simulation starts

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