Design of Visualization System for Horizontal Transportation Operation of Container Terminal
Abstract
Aiming at the problem of resource allocation and planning of container trucks in container terminals, the visualization system for horizontal transportation operation of container terminals is designed based on virtual reality technology. The system mainly includes task allocation module, statistical analysis module and visualization module. Based on the real-time communication interface, the synchronous operation of physical scene and virtual scene is realized, which is convenient for remote and real-time control of field operation; based on the principle of the shortest total operation time, the vehicle transfer task is allocated to maximize the resource utilization; with the FCFS (first come first service), priority level and other scheduling strategies, the vehicle path planning is realized to avoid accidents such as collision; through statistics and analysis of data, workers can get real-time information such as vehicle status and total working hours. The scale-down experiment is designed to simulate the container transfer operation of the terminal, which verifies the function of the system. The overall solution of horizontal transportation operation for the container terminal is provided, which can promote the intelligent construction of the terminal.
DOI
10.12783/dtcse/ccnt2020/35422
10.12783/dtcse/ccnt2020/35422
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