搜索资源列表
prog6_5
- 压电智能悬臂梁振动主动控制的研究 压电智能悬臂梁振动主动控制的研究
suspensionA
- 主动控制悬架4自由度模型及控制算法，可以马上应用。-Active Control of 4-DOF suspension model and control algorithm can be applied immediately.
rol
- 遗传算法振动主动控制优化方法Genetic Algorithm Optimization of active vibration control-Genetic Algorithm Optimization of active vibration control
GAL_ANC
- 噪声主动控制之基于随机梯度的格型滤波算法；基于随机梯度的格型滤波算法-Active noise control based on stochastic gradient lattice filter algorithm based on stochastic gradient lattice filter algorithm
FTF_ANC
- 噪声主动控制之基于快速横向滤波算法；噪声主动控制之基于快速横向滤波算法-Active noise control algorithm based on fast horizontal filtering Active Noise Control of the horizontal filtering algorithm based on fast
chen
- 对chen系统利用主动控制方法实现同步的仿真程序-Chen system on the use of active control to synchronize the simulation program
rossler
- 对lu系统采用主动控制方法实现系统同步的仿真程序-On rossler system uses active control to synchronize the simulation program
ChenLee
- 超混沌chen-lee系统引入一个非线性状态反馈控制，将混沌Chen-Lee系统构造成四维超混沌系统。将这个四维超混沌系统作为驱动系统。采用主动控制方法构造一个响应系统，进一步选择适当的控制器使驱动-响应系统达到有限时间同步。-Hyperchaotic chen-lee system into a nonlinear state feedback control, the chaos Chen-Lee system constructed four-dimensional hyperchaoti
zhinengcailiao
- 职能材料主动控制代码，形状记忆合金和压电陶瓷的控制，matlab环境-The functions of the material active control code, control of shape memory alloys and piezoelectric ceramics, the Matlab environment
vibration-control
- 振动控制理论 三自由度系统地震激励下 主动控制和半主动控制以及无控制系统的响应- vibration control
BeamVibCon
- 采用LQR方法的悬臂梁振动主动控制的matlab程序-LQR method using active vibration control matlab program cantilever
主动控制
- 利用粒子群算法对空间桁架结构进行主动控制
ajacent_Ins_control
- 实现多自由度结构半主动控制，半主动控制策略为clipped-optimal，主动控制采用IOC算法-Multi-degree of freedom semi-active control structure, semi-active control strategy for the clipped-optimal, active control algorithm using IOC
ClippedOptimalforAlpha
- 磁流变限界半主动最优控制：采用基于状态反馈线性二次最优控制算法可确定半主动控制中所需的最优控制力-clipped optimal semi-active control algorithm
xuanliangjia
- 悬臂梁振动主动控制，包括悬臂梁振动动力学模型，悬臂梁振动力学分析，悬臂梁振动微分方程，悬臂梁的PID控制仿真 -Cantilever vibration control, including the dynamic model of the cantilever vibration, the cantilever vibration mechanical analysis, differential equations cantilever vibration, the cantilever P
PERFORMANCE ANALYSIS OF
- 基于 FXLMS 算法的窄带主动噪声控制系统性能分析研究，统计最小均方（LMS）理论为分析基础，对基于滤波 - X 最小均方（Filtered - X LMS: FXLMS）算法的窄带 ANC 系统展开详尽深入的性能分析(Adaptive Active Control System of Vehicle Noise Design)
ACSR
- 包含智能柔性板有限元模型、前馈反馈混合控制算法和控制系统框图(It includes intelligent flexible plate finite element model, feedforward and feedback hybrid control algorithm and control system block diagram)
LQR
- LQR最优控制，可以应用于基于磁流变阻尼器汽车悬架等半主动控制(LQR optimal control can be applied to semi-active control of vehicle suspension based on MR damper.)
悬臂梁振动主动控制
- 悬臂梁振动主动控制，pid控制，控制效果非常好(Active control of cantilever vibration, PID control, control effect is very good)
FXLMS
- 滤波Xlms算法，可以用于主动噪声控制，有源噪声控制，等耳机汽车领域(Filter Xlms algorithm, can be used in active noise control, active noise control, etc.)