RESEARCH FOR BUILDING INTELLIGENT DIGITAL CONTROL CONTAIN IN VIETNAM AND A MATHEMATICAL FORMULA TO CALCULATE THE CONVEYOR SYSTEM LENGTH

Nguyen Le Hai Khanh
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Abstract

This article investigates a novel approach to converting container seaports into digital transformations on old port platforms to maximize land area for production. This model is not only suitable for Vietnam but is also applicable to numerous container seaports worldwide, ranging from small to large, including those considered smart. According to VCCI (2022), digital technology can unlock the potential of seaports. Despite the information provided by VCCI indicating that the port system in Vietnam extends across the country, it has not received adequate investment in IT applications. Royal Haskoning DHV, a leading global technical consulting group in the fields of industry, seaports, maritime, and technical infrastructure, aims to steer Vietnam's seaports, including container seaports, towards a greener and smarter direction. The first step in this transformation is supply chain integration. According to their perspective, improvements in transport links promise to enhance efficiency and reduce congestion in the port area. Scheduled timings for trucks, setting timelines for loading and unloading goods, and the digitization of processes enable managers to interact with the supply chain in real-time. Valdés Figueroa & Pérez (2020) suggests that the future of logistics digitization involves a shift from individual developments to logistics intelligence, in the article titled “Digital transformation in Latin American and Caribbean logistics”. In terms of technology, planning layers, industry guidelines, and the foundation of programs, plans, and projects must be appropriately anchored at higher political levels. This alignment will enable the synchronization of industry rules and regulations with the logistics landscape, promoting the digitization of processes to reduce inefficiencies, cost overruns, and negative externalities. This, in turn, enhances productivity and competitiveness, fostering economic growth and social inclusion among populations both now and in the future.The study introduces a new idea for efficiently incorporating digital technology into the reform of container seaports, making them smarter and stimulating production. This, in turn, contributes to the economic growth of the region and the country as a whole.
研究在越南建立智能数字控制装置和计算输送系统长度的数学公式
本文研究了在旧港口平台上对集装箱海港进行数字化改造的新方法,以最大限度地扩大生产用地面积。这种模式不仅适用于越南,也适用于全球众多集装箱海港,从小到大,包括那些被认为是智能型的海港。根据 VCCI 的说法(2022 年),数字技术可以释放海港的潜力。尽管 VCCI 提供的信息表明越南的港口系统遍布全国,但在信息技术应用方面却没有得到足够的投资。皇家哈斯康宁 DHV 是一家在工业、海港、海事和技术基础设施领域处于全球领先地位的技术咨询集团,其目标是引导越南海港(包括集装箱海港)朝着更环保、更智能的方向发展。转型的第一步是供应链整合。根据他们的观点,运输连接的改善有望提高效率,减少港区拥堵。卡车的预定时间、装卸货物的时间安排以及流程的数字化使管理者能够与供应链进行实时互动。Valdés Figueroa 和 Pérez(2020 年)在题为 "拉丁美洲和加勒比地区物流的数字化转型 "的文章中指出,物流数字化的未来涉及从单个发展到物流智能的转变。在技术方面,规划层、行业准则以及方案、计划和项目的基础必须在更高的政治层面上进行适当的调整。这种调整将使行业规则和法规与物流环境同步,促进流程数字化,从而减少低效、成本超支和负外部性。这反过来又能提高生产力和竞争力,促进现在和未来的经济增长和人口的社会包容。这项研究提出了一个新思路,将数字技术有效地融入集装箱海港的改革中,使其更加智能化并刺激生产。这反过来又促进了该地区乃至整个国家的经济增长。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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