资源列表
quarter suspension model
- 基于白噪声路面的四分之一车辆悬架的simulink仿真分析，对于汽车的平顺性进行评价。(Based on the Simulink simulation analysis of 1/4 vehicle suspension based on white noise road, the ride comfort of vehicle is evaluated.)
Genetic Algorithm with PHM
- 遗传算法与和机械故障诊断向结合的matlab程序，包括例子，少许修改即可自用。(Genetic algorithm and MATLAB combined with mechanical fault diagnosis, including examples, can be used by a small number of modifications.)
two-stage robust optimization
- 我们提出了一种列和约束生成算法来解决两阶段鲁棒优化问题。 与现有的Benders式切割平面方法相比，柱式和约束生成算法是一种通用的程序，采用统一的方法来处理最优性和可行性。 对两阶段稳健位置传输问题的计算研究表明，它的执行速度提高了一个数量级。(we present a column-and-constraint generation algorithm to solve two-stage robust optimization problems. Compared with existing
枝切法matlab原始代码
- branch cut unwrapping
rParabEmd__L
- 该程序对信号进行经验模式分解，可以用于故障信号处理，还可以与很对方法结合。如，排列熵，emd,vmd,等(This program performs the Empirical Mode Decomposition accordingly to the signal)
LQR控制
- 基于LQR控制算法的Simulink仿真模型，用于观测汽车侧倾稳定性。(The Simulink simulation model based on LQR control algorithm is used to observe vehicle roll stability.)
GSC
- GSC广义旁瓣对消，四路不同方向入射信号，上支路八阵元，下支路根据阻塞矩阵不同自适应调节七、三、一个权。(GSC generalized sidelobe canceller, four paths in different directions, and eight branches on the upper branch. The lower branch adaptively regulates seven, three, and one weight according to the b
mohuPID
- PID模糊控制重要的任务是找出PID的三个参数 与误差e和误差变化率ec之间的模糊关系，在运行中不断检测e和ec，根据确定的模糊控制规则来对三个参数进行在线调整,满足不同e和ec时对三个参数的不同要求。(The important task of PID fuzzy control is to find out the fuzzy relation between the three parameters of PID and the error E and the error rate EC.
程序和库
- 1. 识别同一个乐器弹奏出的不同音符（基波分析） 2. 识别弹奏出同一个音符的不同乐器（谐波分析）(1. identify the different notes played by the same instrument (fundamental analysis). 2. identify different musical instruments playing the same note (harmonic analysis).)
difg
- 双馈异步电机的仿真模型，能用的，可以自己修改参数，清晰明了。(Simulation model of doubly fed asynchronous motor)
Class_8_Code
- 决策与随机森林样例，matlab，简单的样例。(Decision making and random forest samples, MATLAB, simple examples)
PMSM
- 永磁同步电机矢量控制，包含矢量控制各个模块(Vector Control of permanent Magnet synchronous Motor)