respirationdetect

说明：  一个双隐层拟合非线性模型的例子，用matlab编写(A two hidden layer nonlinear model fitting example of the preparation with matlab)

CP-OFDM的MATLAB源代码，简洁明了，非常适合初学入门者(CP-OFDM MATLAB source code, concise, very suitable for beginners beginners)

自抗扰控制器，ADRC由m函数和simulink组成(ADRC, ADRC functions and simulink components of m)

Jacobi迭代法、Gauss-Seidel迭代法、超松弛迭代法（SOR方法）分别求解线性方程组的近似解(Jacobi iteration, Gauss-Seidel iteration, SOR (SOR method) for solving linear equations are approximate solutions)

Sİ MULATED ANNEALING MATLAB OPTIMUM

记忆深度修正函数的改进 Volterra模型，并对一款 Doherty功率放大器 进行线性化预失真(Memory depth correction function improvement on the model, and carries on a Doherty power amplifier predistortion linearization )

《MATLAB 7.0编程基础基础》源程序 第二章(" MATLAB 7.0 programming foundation foundation source)

采用算术编码、汉明编码和QASK调制方法 采用Huffman编码、卷积译码和QFSK调制方法(Using arithmetic coding, Hamming coding and modulation method used QASK Huffman coding, convolution decoding and modulation method QFSK)

基于奇异值分解的核线性判别分析（Kernel Discriminant Analysis via QR Decomposition）。 (based on the singular value decomposition of the nuclear linear discriminant analysis (Kernel Discriminant An alysis via QR Decomposition).)

Considered a 16QAM communication system. The information rate is 2 Mb/s and the carrier frequency is 12 GHz. Assumed perfect synchronization. a) Simulated the system if the channel is AWGN and draw bit error rate of the system versus Eb/No. Compare the results with what you obtain in theory. b) Considered (15,11) Hamming code. Apply this code into the above system. Compare the results with what you obtain in theory. c) Simulated uncoded system if we have a Doppler Spread due to mobile movement in the channel. Simulate and draw the bit error rate of the system for maximum mobile speed 42.3 Km/Hour. No equalizer is used in the system. d) Applied coding of part (b) into the system of part (c). Simulate the system and discuss the results. e) Designed an interleaver for the system of part (d) to improve the coded performance results. Simulated the system.