| 1. | Generalized takagi - sugeno fuzzy logical syste
模糊逻辑系统最优参数辨识 |
| 2. | Optimal parameter research of tmd when it is applied to adding story and seismic decrease of frame building
原理应用在框架房屋结构加层减震时最优参数值的探讨 |
| 3. | Based on the analysis , the optimal mtmd with most effective parameters in time - domain is got , which could suppresses the vibration of cabin effectively . 5
以馈源舱振幅的极小值作为目标函数，采用调优法，在时域上获得mtmd的最优参数值。 |
| 4. | The precise integration of time invariant system is proposed for the riccati equation of h optimal control , so that its parameter of induced norm - 2 can be computed up to the computer precision
在此基础上对时不变系统给出了精细积分法，可以求出几乎是计算机精度的最优参数2 。 |
| 5. | Through the simulation computation of the naval air compressor raft system , the control effect is analyzed , and the optimal control method and optimal parameter design method are validated
并以舰船空压机浮筏系统为例进行了仿真计算，通过对控制效果的分析，验证了最优控制方法和最优参数设计方法的有效性。 |
| 6. | Under the most economical condition , taking the same instance , it analyzes the effect elements of blasting optimization , and then gives two projects of mixed loading emulsion explosive blasting : 1
在最优参数下，以三峡工程下岸溪采石场为例分析了影响爆破参数优化设计因素，提出了两种混装乳化炸药爆破优化方案： 1 |
| 7. | The analysis demonstrates that under the sea condition measured in mexico gulf in 1996 , the deck acceleration deviation can be reduced by 20 % averagely compared with that of without vstmd
计算结果表明，以平台甲板加速度信号为输入，控制装置在优化程序处理所得最优参数状态下对平台甲板加速度响应的控制效果可达20以上。 |
| 8. | The ga ( genetic algorithm ) is applied to solve the optimal parameters of the mtmd appended in cabin in frequency - domain . 4 . the dynamic responses of the cabin with different mtmd are compared under different wind speed
以基于davenport风速谱的位移谐响应根方差为目标函数，应用遗传算法，在频域上获得了mtmd的最优参数值。 |
| 9. | Takes the practice of the three gorges project as the instance , using the arithmetic theory of constraint changing ruler method to solve the problems , we get the best blasting parameters for the least project cost
以三峡工程下岸溪采石场实际情况为例，运用约束变尺法的算法原理求解，得出了该工程总成本最低时的爆破最优参数。 |
| 10. | The parameter determination is transformed into a multi - variable and multi - goal optimization problem . based on problem simplifying , the optimized value is specified though the simulation using savi
把星座参数的确定转变成一个多变量多目标的优化问题，通过对问题的求解进行合理简化以及进行savi仿真实验，给出了星座的最优参数。 |
