?[ei?e?t?pi?]

noun

1. AHP is the abbreviation of Analytic Hierarchy Process, which is a decision-making tool used to evaluate different options based on multiple criteria.

AHP是層次分析法的縮寫，它是一種決策工具，用于基于多個標準評估不同的選擇。

2. The AHP method was developed by Thomas Saaty in the 1970s and has been widely used in various fields such as business, engineering, and social sciences.

AHP方法是由托馬斯·薩蒂在20世紀70年發(fā)的，已被廣泛應用于商業(yè)、工程和社會科學等各個領(lǐng)域。

3. The AHP process involves breaking down a complex decision into smaller, more manageable parts and then comparing them using a pairwise comparison matrix.

AHP過程包括將復雜的決策分解為更小、更易管理的部分，然后使用成對比較矩陣進行比較。

4. Example sentences:

(1) The project team used AHP to determine the best supplier for their materials.

項目團隊使用AHP確定最佳供應商來提供他們所需的材料。

(2) The AHP method helped the company make an informed decision about which product to invest in.

AHP方法幫助該公司做出明智的決策，選擇投資哪種產(chǎn)品。

(3) Using AHP, we were able to prioritize our goals and make a strategic plan for achieving them.

通過使用AHP，我們能夠確定優(yōu)先級目標，并制定實現(xiàn)它們的戰(zhàn)略計劃。

5. Synonyms and usage:

- Analytic Hierarchy Process: This is the full name of AHP and can be used interchangeably.

層次分析法：這是AHP的全稱，可以互換使用。

- Multi-criteria decision analysis: AHP is a type of multi-criteria decision analysis method that helps in making complex decisions.

多標準決策分析：AHP是一種多標準決策分析方法，有助于做出復雜的決策。

- Pairwise comparison: This is the process of comparing two options at a time, which is an essential step in the AHP method.

成對比較：這是一種一次比較兩個選項的過程，是AHP方法中必不可少的步驟。

Editor's summary:

In summary, AHP (Analytic Hierarchy Process) is a decision-making tool that helps evaluate different options based on multiple criteria. Developed by Thomas Saaty in the 1970s, it involves breaking down complex decisions into smaller parts and comparing them using a pairwise comparison matrix. AHP has been widely used in business, engineering, and social sciences and can be used interchangeably with its full name "Analytic Hierarchy Process" or other terms such as "multi-criteria decision analysis" and "pairwise comparison."