计算机工程与应用
計算機工程與應用
계산궤공정여응용
COMPUTER ENGINEERING AND APPLICATIONS
2014年
11期
7-10
,共4页
模糊数学%逼近理想点排序法(TOPSIS)%体育产业%可持续发展%评价
模糊數學%逼近理想點排序法(TOPSIS)%體育產業%可持續髮展%評價
모호수학%핍근이상점배서법(TOPSIS)%체육산업%가지속발전%평개
fuzzy mathematics%Technique for Order Preference by Similarity to an Ideal Solution(TOPSIS)%sports industry%sustainable development%evaluation
针对体育产业可持续发展水平测度中存在的不确定性,提出了改进的区间直觉模糊TOPSIS方法。该方法考虑到现有区间直觉模糊TOPSIS方法的存在信息损失的不足,引入区间直觉模糊集的三维Hamming距离和三维Hausdorff距离进行改进。通过具体的实例说明了新方法在体育产业可持续发展水平评价中的适用性和有效性。
針對體育產業可持續髮展水平測度中存在的不確定性,提齣瞭改進的區間直覺模糊TOPSIS方法。該方法攷慮到現有區間直覺模糊TOPSIS方法的存在信息損失的不足,引入區間直覺模糊集的三維Hamming距離和三維Hausdorff距離進行改進。通過具體的實例說明瞭新方法在體育產業可持續髮展水平評價中的適用性和有效性。
침대체육산업가지속발전수평측도중존재적불학정성,제출료개진적구간직각모호TOPSIS방법。해방법고필도현유구간직각모호TOPSIS방법적존재신식손실적불족,인입구간직각모호집적삼유Hamming거리화삼유Hausdorff거리진행개진。통과구체적실례설명료신방법재체육산업가지속발전수평평개중적괄용성화유효성。
This paper proposes an improved interval-valued intuitionistic fuzzy TOPSIS method for the uncertainty of sports industry sustainable development level evaluating. The new method improves weakness of the existing interval-valued intuitionistic fuzzy TOPSIS, which uses the 3D Hamming distance and 3D Hausdorff distance. Finally, a case study of sports industry sustainable development level evaluating is given to show its feasibility and practicability.