对象数学模型的准确程度，不能直接反映人体及其器官的感受程度。
The veracity of the object mathematic model cannot reflect the human body and organ sense directly.
阐述了在点焊质量控制过程中，控制对象数学模型的建立过程及计算结果。
The paper deals with the establishment of mathematical model of spot welding for quality control.
分析研究和实验结果表明，在缺乏对象数学模型的情况下，直流调速系统的智能控制是成功的。
Laboratory experiments and theoretical analysis show that AI control employing these ideas can be successfully applied in DC drive systems, even when plant models are unknown.
对基于诊断对象数学模型的鲁棒故障诊断方法展开了深入的研究，并给出了三种鲁棒故障检测设计方法。
After thoroughly researching on the methods of the robust fault detection based on the observer, three robust fault detection design methods are put forward.
该控制器结构简单，易于实现，且不依赖对象数学模型，所包含的积分环节能有效观测并抑制对象中存在的不确定性。
The PID controller has a simple structure and doesn't rely on the math model, the integral action included observes and restrains the uncertainties of the plant.
在分析反重力铸造过程控制对象数学模型的基础上，设计了PID控制器，并采用临界稳定法结合MATLAB仿真确定了PID参数。
After the mathematics model of the control object of the counter-gravity casting process is analyzed, PID controller is designed, and the PID parameters are determined by MATLAB simulation.
在对整个电力系统进行故障诊断研究时，故障诊断算法的鲁棒性差且有些诊断对象不易于建立实际系统数学模型。
Upon the research on the whole electric power system, the robustness of fault diagnosis algorism is bad and it is hard to build practical math models for some objects.
根据实际的物理对象，本文建立了系统三自由度动态数学模型。
The dynamic mathematics model is established from the actual physics objects in this paper.
针对当前城市交通系统中的被控对象具有较大的随机性和偶然性，引入了不需要建立精确数学模型的模糊控制。
This design USES fuzzy control theory which doesn't require exact mathematical model because of the randomness of the controlled objects in the current city traffic control system.
掌握被控对象的数学模型和建模后控制系统的设计，是过程控制系统分析、设计、调试和获得较高控制品质的基础和关键。
The math model and control system design after modeling are the base and key point to process control system analyses, design, debug and obtain the higher control quality.
中储式球磨机制粉系统是一个多变量、强耦合的对象，数学模型难以建立。
Tube mill pulverizer system is a multi variable and strong coupling process, which is difficult for mathematical model establishing.
粗集方法可直接处理歼击机的可测输出信号，不需要对象的数学模型和相关先验知识。
The proposed method dealt with measurable signal of the aircraft, mathematical model and no relevant transcendental knowledge was needed.
这种方法可直接处理系统的可测输出信号，不需要对象的数学模型和相关先验知识，具有较高的实用性。
This method directly deals with measurable signal of the system, mathematical modal and relevant transcendental knowledge isn't needed, so it is more practical than other methods.
母线保护的物理对象是一个输入输出关系确定的函数对象，可用一个ANN模型去替代，或用一个ANN数学模型去逼近母线保护物理对象的输入输出之间的函数关系。
Physical object of bus protection is a function with certain relation between inputs and outputs, which can be replaced by an ANN model, i. e. can be approximated by an ANN mathematical model.
九点控制器是一种新型的智能控制器，它不依赖于控制对象的数学模型，而是根据控制行为来调整控制器的输出。
A nine-points controller is a new type of intelligent controller that can regulate output of a controller not depending on mathematical model of the controlled object but its behavior.
传统的解耦控制综合方法，对耦合对象的数学模型依赖性较大，因此限制了它在工业领域内的应用。
Traditional decoupling controlling comprehensive method is quit dependent on mathematical model of coupling object, so its application is limited in industry control field.
本文研究一种船体线型光顺数学模型，以船型曲线为研究对象，以提高光顺效率和改善光顺结果为目的。
This paper studies a mathematical modeling of ship lines fairing, which aims to improve the fairing efficiency and result.
本文对某电厂的燃料-汽压试验数据进行拟合，建立起燃料-汽压对象的数学模型。
The mathematical model of the fuel-steam pressure object is built through the power plant fuel-steam pressure's test data fitting.
以连续网络设计问题为主要研究对象，分析了连续网络设计问题双层规划数学模型的结构特点。
With continuous network design problems as the main study subject, it analyzes the structural characteristics of mathematical model of the bilevel prog.
以连续网络设计问题为主要研究对象，分析了连续网络设计问题双层规划数学模型的结构特点。
With continuous network design problems as the main study subject, it analyzes the structural characteristics of mathematical model of the bilevel programming for continuous network design problems.
这种方法不完全依赖于非线性对象的数学模型，因而为非线性系统的学习控制提供了一种有效的研究方法。
This novel learning control mechanism, which does not depend upon too much about the nonlinear system, gives an exciting alternative for studying nonlinear control system.
本文通过分析雷达功能，参照其工作原理，设计出了该雷达的数学模型，并运用面向对象技术对其进行了实现。
In this paper, a math model of this radar is designed out by referring to the radars working principle and analyzing its function and is realized based on Object Oriented Program technology.
由于程序升温对象在不同温区其数学模型不同，而传统的PID控制方法难以保证控制质量。
It is difficult to ensure control quality by using conventional PID control method due to the distinctness of the mathematic model of object with temperature programmer in different temperature reach.
模糊控制不需建立被控对象的精确数学模型，特别适用于具有较大随机性的城市交通控制。
It is not necessary for fuzzy control to built exact mathematic model about the controlled object, so fuzzy control is applicable especially to control urban traffic with great random characteristic.
但无论是经典控制理论还是现代控制理论，都需要事先知道被控对象的数学模型。
But whether classical control theory or modern control theory need to know the mathematical model of the controlled plant.
由于九点控制策略简单，不需建立被控对象的精确数学模型。
Because Nine-Point controller strategies are simple, does not have to establish is controlled the object the precise mathematical model.
模糊控制鲁棒性好，无需知道被控对象的数学模型，且在快速性方面有着自己的优势。
Fuzzy control has the advantage of quickness, it has a strong robustness. There is no need to know the object's mathematical model.
以航空军械综合系统的多状态维护过程为研究对象，对其建立了半马尔可夫的数学模型。
The process of multiple-state maintenance for the aviation ordnance synthetic system is studied, and a mathematical semi-Markov model is established.
母线保护的物理对象是一个输入输出关系确定的函数对象，可用一个ANN模型去替代，或用一个ANN数学模型去逼近母线保护物理对象的输入输出之间的函数关系。
The protected object of bus protection is a function with certain input and output, which can be represented by ANN model, or approximated by ANN mathematical model.
母线保护的物理对象是一个输入输出关系确定的函数对象，可用一个ANN模型去替代，或用一个ANN数学模型去逼近母线保护物理对象的输入输出之间的函数关系。
The protected object of bus protection is a function with certain input and output, which can be represented by ANN model, or approximated by ANN mathematical model.
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