| 1. | Focus is on alternative theoretical assumptions , different analytical structures , and a common core of concepts and content
焦点在于非主流理论的假设、不同的分析结构和在概念与内容上的共同核心。 |
| 2. | Complex and uncertain systems are often poorly modeled with conventional approaches that attempt to find a global function or analytical structure for a nonlinear system
由于传统方法不能有效地对复杂和不确定系统进行建模，因此需要寻找一种能够描述非线性系统的全局函数或解析结构。 |
| 3. | These questions light us to connect the accounting standard with the corporate governance . at first , we put forward the analytical structure on the accounting and the corporate governance
首先，本文就如何分析“会计准则与公司治理”这问题，提出了研究思路，形成本文研究的框架结构。 |
| 4. | Intelligent pid control and fuzzy control are analyzed in point of characteristic variable , and two analytical structure of control based on characteristic model are summarized
本文剖析了智能pid控制和模糊控制等利用特征量进行控制的本质，并对基于特征模型控制的解析形式进行了探讨，总结出两类解析形式。 |
| 5. | In the first chapter , a panoramic analysis of the present situation of tourism industry is performed , under scp method , a classic analytical structure of industrial organization theory , as to discover the strength and weakness of the chinese tio
第一部分以产业组织理论的经典分析框架? ? scp范式为基础，对旅游产业的现状进行全面分析，探究产业发展的特点和现阶段发展的优势和不足。 |
| 6. | In order to resolve the question , sum - product implication , asymmetry space proportion membership is used in the design of fuzzy controller combined with the research of the analytical structures and the control ideal of different fuzzy sets , and a is the proportion space gene
本文在研究隶属函数和论域间的关系后，结合论域分层控制的思想，设计了具有等比间距隶属函数的模糊控制器，其中a为隶属函数的等比间距因子，该模糊控制器是对常规模糊控制器的一种改进。 |
| 7. | After the analytical structure research of fuzzy controller , this paper has a simulation experiment , and introduces the efpt process - control experiment system which is composed with efpt process - control equipment , data acquisition card pcl726 and pcl812pg , and industrial computer
在解析结构研究的基础上进行了仿真实验，最后介绍由efpt过程控制实验装置、数据采集板卡pcl726和pcl812pg和研华工控机组成的efpt过程控制实验系统，用工业组态软件“组态王”制作控制平台，完成控制和显示画面。 |
| 8. | Because the position and shape of membership is only related to a , the complexity is deceased . 3 ) to the analytical structure of fuzzy controller , the nonlinear gain ' s adjusting scope of the designed fuzzy controller is larger than normal fuzzy controllers discussed in this paper , so the controller is more adaptive and robust , and has no control dead area
由于隶属函数中位置和形状的定位只与等比间距因子a有关，因此在对隶属函数优化时仅须对a进行寻优，由此减少优化问题的复杂性； 3 )非线性增益可调范围大，因此具有较好的快速性、适应性和鲁棒性，且无控制死区。 |
