Entropy Method in Scheme Selection of Construction of Large Underground Cavern Group
Jiang Ku
Abstract
Jiang Ku
Abstract
By analyzing the principle of entropy method and fuzzy comprehensive evaluation method, combine the two methods,avoid the error caused by human and the uncertainty of the weighting,and combining with concrete project example,the methods above are used in construction of underground cavern group scheme is selected. By reference [3]in the raw data,and the effect than the literature [3]is considered more indicators,construction schedule,a calculation scheme of the comprehensive evaluation value,the optimization of the sequence and the literature [3]is a little difference. But the optimal scheme is consistent,and the literature [3]concluded that the optimal scheme of identification degree is higher,can provide more realistic decision makers for construction construction scheme selection basis.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
By analyzing the principle of entropy method and fuzzy comprehensive evaluation method, combine the two methods,avoid the error caused by human and the uncertainty of the weighting,and combining with concrete project example,the methods above are used in construction of underground cavern group scheme is selected. By reference [3]in the raw data,and the effect than the literature [3]is considered more indicators,construction schedule,a calculation scheme of the comprehensive evaluation value,the optimization of the sequence and the literature [3]is a little difference. But the optimal scheme is consistent,and the literature [3]concluded that the optimal scheme of identification degree is higher,can provide more realistic decision makers for construction construction scheme selection basis.
Key concepts: Weighting, Entropy (arrow of time), Scheme (mathematics), Fuzzy logic, Computer science, Selection (genetic algorithm), Mathematical optimization, Schedule