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说明：  ofdm qpsk 添加循环前缀 信道估计 补偿与均衡 信号星座图(OFDM QPSK add cyclic prefix channel estimation compensation and equalization signal constellation)

基于TS201的测试TS8-6U-cPCI板卡上DSP点对点DMA链路口通信速率，(Based on the test TS201 TS8-6U-cPCI board DSP DMA chain crossing point communication rate,)

完整经典的MIMO-OFDM仿真（matlab） 包括模块：create_channel.m， BitLoad.m，ComputeSNR.m，chow_algo.m， EnergyTableInit.m，campello_algo.m，ResolvetheLastBit.m，modulate.m，precode.m，ifft_cp_tx_blk.m，hannel.m， fft_cp_rx_blk.m，shape.m(Integrity of the classical MIMO-OFDM simulation (matlab), including modules: create_channel.m, BitLoad.m, ComputeSNR.m, chow_algo.m, EnergyTableInit.m, campello_algo.m, ResolvetheLastBit.m, modulate.m, precode.m, ifft_cp_tx_blk . m, hannel.m, fft_cp_rx_blk.m, shape.m)

永磁同步电机弱磁控制的对应论文，全文有10000多字，可作为课程论文上交，详细介绍了发展历程和设计过程，包括仿真结果。(Weakening control of permanent magnet synchronous motor corresponding papers, there are more than 10,000 full-text word can be used as course papers handed, detailing the development process and the design process, including simulation results.)

说明：  本程序可以在确定初值的情况下，计算已知非线性系统的平衡点，并作出斑图模拟(This program can calculate the equilibrium point of a known nonlinear system and make a pattern simulation when the initial value is determined.)

本代码介绍了OFDM/OQAM 多径信道下，理想信道估计的系统仿真，给出了不同信噪比下的ber性能。介绍了多载波系统的均衡。(This code describes the OFDM/OQAM multipath channel, system simulation, ideal channel estimation, given the ber performance under different signal to noise ratio. The equilibrium of the multi-carrier system.)

TS201上实现动目标检测和识别，编译环境是visual dsp ++(target detection and recognition)

说明：  激光传播模拟，模拟分布的光强、相位、时间信息(Laser propagation simulation)

说明：  Chaostic APSO，对加速粒子群优化的改进版本。相较于普通加速粒子群优化，该版本不仅收敛速度更快，而且加强了陷于局部最优的能力。(Chaostic APSO, an improved version of accelerated particle swarm optimization. Compared with conventional accelerated particle swarm optimization, this version not only converges faster, but also enhances the ability to trap in local optimum.)

模拟空间多孔介质,用matlab三维曲面重构。(The porous media in the space is simulated, and the three-dimensional surface is reconstructed.)