LMI Control Box

阵列信号处理的理论与应用书籍代码：MATLAB程序 1：MUSIC 算法MATLAB程序 2：ESPRIT 算法MATLAB程序 3：Root-MUSIC算法MATLAB程序 4：面阵中二维角度估计 Unitary -ESPRIT算法MATLAB程序 5：空间平滑MUSIC算法的MATLAB程序 6：角度和时延联合估计（JADE）算法MATLAB程序 7：传播算子DOA估计算法MATLAB程序 8：基于增广矩阵束的L型阵列的二维DOA估计MATLAB程序(Theory and Application of Array Signal Processing Book Code: MATLAB Program 1: MUSIC algorithm MATLAB program 2: ESPRIT algorithm MATLAB program 3: Root-MUSIC algorithm MATLAB program 4: Two-dimensional Angle Estimation Unitary-ESPRIT Algorithm MATLAB Program 5: space smoothing MUSIC algorithm MATLAB program 6: angle and delay joint estimation (JADE) algorithm MATLAB program 7: Propagation operator DOA estimation algorithm MATLAB program 8: Two- Dimensional DOA Estimation of MATLAB for L- Type Array Based on Augmented Matrix Bundles)

说明：  算法图解中文版全文，实例丰富，图文并茂，以简明易懂的方式阐明了算法(Grokking Algorithms is a fully illustrated, friendly guide that teaches you how to apply common algorithms to the practical problems you face every day as a programmer.)

可以放入电机模型，直接运行，改变参数比较方便(Can be put into the motor model, direct operation, change the parameters more convenient)

本书是《最优控制理论和方法》，书中详细介绍了系统最优化的理论及系统设计。(The book is optimal control theory and methods , the book details the theory of system optimization and system design.)

一本详尽的关于鲁棒控制和线性矩阵不等式的工具书，有详细的源代码(An exhaustive reference book on robust controls and linear matrix inequalities with detailed source code)

说明：  学习分数阶混沌系统同步的一本好书，例子详细，并附有代码，简单易学。(Synchronization of Integral and Fractional Order Chaotic Systems)

说明：  《无人驾驶车辆模型预测控制》书籍源代码，书中代码详尽。(<Model predictive control of unmanned vehicle>Book source code)

statistic dasar untuk menghitung mean - kurthosis

《matlab神经网络30个案例分析》源代码("Matlab neural network 30 case analysis" source code)

说明：  对IQ接收器最重要的两个参数,即I和Q两路分量之间的幅度一致性和相位正交性,可采 用如下办法计算:把I、Q 两路信号分别作FFT ,找出频域内信号的幅度,即可算得两路分量的幅度一 致性 把I、Q两路信号合成一个复数信号,作FFT ,对得到的频谱求镜像抑制比(即频域内的信号与信号镜像的幅度比) ,通过镜像抑制比和幅度一致性,可求出接收机的I和Q两路分量之间的相位正交性。(IQ receiver for the two most important parameters, namely I and Q components of two-way consistency between the amplitude and phase orthogonality may be adopted calculated using the following method: to I, Q 2 signals, respectively for FFT, to find a frequency domain signal amplitude, can be considered as two-way component caused by the range of 1 the I, Q 2 signals into one complex signal for FFT, the spectrum demand of the received image rejection ratio (ie, frequency domain signal and magnitude of the signal mirror ratio), through the image rejection ratio and extent of consistency, the receiver can be derived I and Q phase between the two-way component orthogonality.)