资源列表
基于空间飞行器的姿态仿真程序-MATLAB源代码
- 基于空间飞行器的姿态仿真程序-MATLAB源代码,给出姿态仿真结果(Spacecraft based attitude simulation program - MATLAB source code, gives attitude simulation results)
简单手势识别
- 手势识别,通过驾驶员的手势,进行识别和判断,进行相应控制(Gesture recognition, through the driver's gesture, identification and judgment, and corresponding control)
BSBL_EM
- BSBS-EM重构算法,可用于心电信号压缩重构。(BSBS-EM restructing algorithm)
battery_buckboost
- 基于simulink的双向DCDC仿真,实现高压转低压给蓄电池充电,蓄电池放电可反向升压回馈电网。(Based on simulink's bidirectional DCDC simulation, the battery can be charged at high voltage to low voltage, and the battery discharge can be reverse boosted back to the grid.)
untitled1
- 永磁同步电机,应用MTPA和弱磁控制的定子电流控制方法,完成矢量控制策略的搭建(The stator current control method based on MTPA and flux weakening control is used to complete the construction of vector control strategy for permanent magnet synchronous motor.)
PMSM_MTPA_flux_weak_SVPWM_feedforward_2015rb
- 基于MTPA和弱磁控制的永磁同步电机的矢量控制(Vector Control of Permanent Magnet Synchronous Motor Based on MTPA and Flux Weakening Control)
Acoustics Toolbox 声学工具箱(双语版)
- Acoustics Toolbox(声学工具箱)及其中的标准算例是 Michael B. Porter 近40 年来的心血凝聚,用 Fortran、Matlab 以及 Python 等科学计算语言演绎了海洋水声传播的射线追踪、简正波和谱积分等演算方法的大量标准算例。本手册以双语版形式,可为希望深入海洋水声物理的同学和爱好者快速入门提供方便。(Acoustics Toolbox (Acoustics Toolbox) and its standard examples are Michael B.
myIDBD
- 元学习算法的一种——IDBD算法,实现信道均衡仿真(IDBD, a meta-learning algorithm, realizes channel equalization simulation)
脉搏波信号提取
- 对脉搏信号进行滤波处理后,再进行时域分析和频域分析,提取出脉搏信号的周期、峰值、频率等特征。(After filtering the pulse signal, time domain analysis and frequency domain analysis are carried out to extract the characteristics of pulse signal such as period, peak value and frequency.)
PSO优化LSSVM工具箱——分类部分
- PSO-LSSVM分类测试程序代码模板,PSO优化LSSVM工具箱——分类部分(PSO-LSSVM Classification Test Program Code Template, PSO Optimizing LSSVM Toolbox-Classification Part)
模型自适应模糊控制源代码
- 运用模型参考的方法实现自适应控制的!采用lypanuov稳定性理论来设计参数的调节(Using model reference method to realize adaptive control! Using lypanuov stability theory to design parameter adjustment)
参考模型为三阶的模型参考自适应控制
- 参考模型为三阶的模型参考自适应控制,参考模型为三阶的模型参考自适应控制(Model Reference Adaptive Control with Reference Model as Third Order)