针对供应商评价存在问题，本文用模糊优选法对供应商作出全面、综合、系统的对比分析。
In the light of shortcomings of the current evaluation, the supplier is completely, synthetical and systematically analysed by the fuzzy optimum seeking method.
并利用寻优获得的隶属函数和控制规则与PID算法、常规模糊控制算法控制同一被控对象的响应结果进行了对比分析。
At last, control performance of optimized control rule and membership function are compared with that of PID and traditional fuzzy control system.
接着在对比分析各类风险评价方法的基础上，构建了基于模糊综合评价的风险决策模型；
Secondly, after comparatively analyzing various risk evaluation methods, a risk decision-making model of project development based on Fuzzy Assessment was built.
对比分析表明，两种评价模型在矿井构造复杂程度定量评价方面各有优劣，比较而言，模糊综合评价模型更加客观合理。
A comparative study shows that both can be used for quantitative evaluation on geological structure complexity, with the fuzzy model being more plausible.
结合实例进行分析计算，经对比分析得出模糊可靠性优化设计更接近工程实际的结论。
With respect to comparability and analysis, it draws a conclusion that fuzzy reliability optimal design is more practical to engineering problems.
本文研究了顺馈复合补偿控制以及模糊pid控制策略对二次调节转速控制系统的控制效果，并与传统PID控制进行了对比分析。
The feedforward compensation control and Fuzzy-PID control strategy are used to improve the control characteristic of speed system, and then coMPare with the traditional PID control.
本文研究了顺馈复合补偿控制以及模糊pid控制策略对二次调节转速控制系统的控制效果，并与传统PID控制进行了对比分析。
The feedforward compensation control and Fuzzy-PID control strategy are used to improve the control characteristic of speed system, and then coMPare with the traditional PID control.
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