采用绿色建筑对于保证环境可持续性至关重要。该期刊的最新研究能量使用分析层次结构过程，包括有关增强可持续建筑/建筑中现有方法的详细最新评估。
学习：Opportunities for Using Analytical Hierarchy Process in Green Building Optimization。Image Credit: Olga Kashubin/Shutterstock.com
节能建筑的进步
Construction residents have expected to live in building structures that offer an adaptable, pleasant, and energy-efficient lifestyle at a minimal price. Numerous unique design techniques have been implemented to achieve this goal, enhance the efficiency of buildings, and meet a variety of human needs as well as ecological sustainability.
此外，AHP在过去几年中，AHP的基本能力（通常在其创新中实施）已成为其执行科学目标。
分析层次结构流程图。图片来源：Elshafei G等人，能量
什么是生态建筑的绿色计划？
The eco-systemic architectural ecofriendly strategy can be defined as the discovery of solutions to many interconnected factors such as self-sustaining renewable electricity, smudging configuration, photovoltaics, sewage disposal, and double-skin exteriors and soundproofing for building structures. These would not only cooperate with engineering standards and maximize work efficiency based on design priorities but would also meet usefulness and aesthetic requirements.
Which Elements Play a Crucial Role in Sustainable Building?
必须确定一种生产性维护和康复策略，以模仿决策者的目标，以帮助实现零能量结构的目标。
另一个关键因素是制定标准以根据解决节能问题的重要性来对一些标记进行排名，并预测一项全面的措施，代表建筑物制造过程中的所有观点，以产生适合和错误建筑物。
为可持续建筑制定基于互联网的政策，以调查建筑设计中任何进度阶段的特征也至关重要。
Role of Artificial Intelligence and Modern Digital Technologies
在恢复活力和城市规划中，人们对人工智能（AI）技术，设备和知识在管理信息系统中的前瞻性使用已得到充分了解。
然而，在开始居住的捏造环境中开始恢复计划的同时，人们引起了人们的关注，从而导致自然逆境和常规地区的财务影响增加。随着高速互联网创新，更先进的AI技术和图形数字化的发展，空间分析和改进的领域已成为研究的主要领域。
什么是AHP技术？
The AHP is a decision-making method with several parameters. At different phases, it employs a hierarchal structure of prerequisites, sub-criteria, preferences, and possibilities. The AHP's primary operations include hierarchy construction, prioritized evaluation, and reliability testing.
Following that, decision-makers must divide particular assessment challenges with varying factors into sections with potential characteristics organized at numerous levels of hierarchy. The decision-makers must then make a comparison of each group at the same phase in a pair-wise manner based on skills and awareness.
The final method is termed consistency confirmation, and it is regarded as one of the most advantageous aspects of the AHP because it is used to guarantee that the results are consistent.
AHP图形信息（a）AHP目标，（b）AHP多年来，（c）国家 /地区的AHP研究，（d）AHP及其组合方案以及（e）AHP应用程序。图片来源：Elshafei G等人，能量
目标编程模型（GP）
A specialized goal programming (GP) model has also been established as a decision-making approach for measuring the necessities of goals and weights of variance factors to confront the multi-target problem with the conjunction of non-relaxation implications and relaxation restrictions.
Quality Function Deployment (QFD)
为了加强基于需求的办公领域判断，建议使用AHP和质量功能部署（QFD）方法。该技术首先确定区域需求，然后得出区域评估标准，最后构建焦点关系晶格，以证明QFD过程的每组必需品和区域框架之间的关系程度。
AHP和SWOT分析
还建议采用优势，劣势，机遇和威胁（SWOT）的集中式AHP方法，以帮助芬兰游侠服务中的决策。
此外，它已与许多其他技术集成在一起，以收集准确的分析和结果。
未来的观点
In the future, it would be beneficial to consider some of the impending AHP applications that could aim to build expertise management frameworks in order to find new techniques required for building comprehension techniques in green building development.
Further Reading
Elshafei G et al. (2022). Opportunities for Using Analytical Hierarchy Process in Green Building Optimization. Energies. 15(12). 4490. Available at:https://www.mdpi.com/1996-1073/15/12/4490
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