Cloud-Based Virtual Port-Container Terminal Establishment and Operation Analysis

Abstract

Worldwide, governments are making efforts to enhance the efficiency of port terminals by applying new technologies developed in the context of the Fourth Industrial Revolution. This study aims to systematically analyze port productivity and operational efficiency by establishing cloud-based virtual port-container terminals using operational data from Busan Port terminals. Accordingly, the integrated aspect-oriented modeling approach is applied to actual operational data from port-container terminals to develop a reusable, extendible and modifiable control system. This technique is used to establish a virtualized port-container terminal. In addition, this study presents a way to solve various problems arising from port-container terminals by analyzing real-time operation data generated by the terminals through a cloud system, as well as suggests ways to streamline operations. The methodology presented in this study can be applied to establish optimal operating systems for various ports and to develop and operate future port-container terminal systems.

Port Container Terminal Quay Crane Allocation Based on Simulation and Machine Learning Method

“…If the QC is not assigned, the container loading and unloading operations are not fulfilled. (11,12) The process shown in Fig. 2 can be described in more detail as follows.…”

“…An improved aspect-oriented modeling approach (i-AOMA) helps apply the suggested concept to a real case study. (11) i-AOMA includes two methods, namely, objectoriented modeling and aspect-oriented modeling. Object-oriented modeling can be conducted after defining the object construct, which allows one-to-one mapping between objects in the system and their abstractions in the object model.…”

Design and Application of Spatial Experience System for Urban Village Reconstruction Based on GIS

“…e new generation t-c-v three-tier software architecture (terminal cloud virtual), a GIS application model for cloud services proposed by MAPGIS, a large domestic GIS manufacturer, provides users with a cloud GIS basic platform suitable for geographic information services. T-c-v architecture is a loosely coupled software architecture [21][22][23]. e three layers refer to the terminal application layer, cloud computing layer, and virtual device layer, respectively.…”