数字孪生在智慧农业中的应用综述

Manolya Atalay
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引用次数: 0

摘要

数字孪生概念通过创建物理组件的抽象来实现复杂系统的创建、实现、测试和优化。解耦系统组件允许设计人员创建虚拟环境来测试物理系统,而不会破坏实时系统。在许多影响人类生活的领域,建立这样的系统至关重要。其中一个领域是农业系统,它涉及粮食生产,这是人类的基本必需品。不受控制的农业活动也可能产生负面后果。例如,过度灌溉增加了干旱的风险,破坏了生态系统。在这项工作中,我们确定了现代农业发展的方向及其使用数字孪生概念的系统实施。稍后,我们将根据给定的方法概述现有的机制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Overview of Digital Twin Applications on Smart Agriculture
The Digital Twin concept enables the creation, implementation, testing, and optimization of complex systems by creating abstractions of physical components. Decoupling the system components allows designers to create virtual environments to test a physical system without disrupting the live system. Creating such systems is crucial in many areas that affect human life. One of these areas is agriculture systems, which are involved with food production, a fundamental human necessity. Uncontrolled agricultural activities can also have negative results. For example, excessive irrigation increases the risks of droughts and damages the ecosystem. In this work, we identify the direction of modern agricultural developments and their systematic implementation using the Digital Twin concept. Later we overview the existing mechanisms in light of our given approach.
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