bian_yuan_te_zheng_ti_qu

TD_SCDMA中的联合检测算法 TD_SCDMA中的联合检测算法 (TD_SCDMA in the joint detection algorithm)

GMVQ算法，stanford大学Gray先生经典之作(GMVQ algorithm, stanford University of Mr. Gray for the classic)

dijkstra算法 用于计算TSP旅行商问题， (Tuihuo suanfa)

通过 matlab 编程实现捷联惯导系统初始对准、惯导解算的全过程。 1）初始自对准：利用前10分钟实验车静止的数据进行惯导系统的自对准。采用前2分钟数据进行解析粗对准，后8分钟数据用五状态Kalman滤波器实现精对准；为了验证精对准性能，可在粗对准结果上把航向角人为加一定幅度（如10度）的误差，观察精对准的收敛性能。 2）纯惯导解算：对准结束后转入纯惯性导航解算，要求进行双子样的圆锥和划摇补偿，即每20ms完成一次导航解算，输出完整的导航结果包括三个姿态、两个水平速度和两个水平位置（天向通道发散不必输出），并给出姿态、速度、位置随时间的变化曲线以及位置误差曲线。(The whole process of initial alignment and inertial navigation solution of strapdown inertial navigation system is realized by matlab programming.)

说明：  首先从微电源、储能元件、负荷各方面对微网建模展开研究,并在对现有的电力系统随机潮流算法进行全面对比分析的基础上,重点研究了基于半不变量及Gram-Charlier级数的随机潮流算法,将其应用于微网的随机潮流计算分析中。(Firstly, micro-grid modeling is studied from the aspects of micro-power supply, energy storage components and load. On the basis of comprehensive comparative analysis of existing power system stochastic power flow algorithms, the stochastic power flow algorithm based on semi-invariant and Gram-Charlier series is studied, and applied to the stochastic power flow calculation and analysis of micro-grid.)

说明：  这是一种鲁棒的控制算法，比传统的PID控制算法性能好(This is a robust control algorithm, compared with the traditional PID control algorithm performance)

YALMIP是一种定义和求解高级优化问题的模化语言，能够解决所有标准优化问题和高级主题，完全可以替代Matlab中的Optim和LMI工具箱(YALMIP is a high-level optimization problem definition and solving the modeling language, to solve the optimization problem for all standard and advanced topics, can replace Matlab and the LMI toolbox in the Optim)

Checking the Mutual Information

16QAM源程序,通过噪声信道 用于OFDM通信系统估计(16QAM)

用MATLAB语言求取控制表,输入为偏差和偏差变化率,输出为控制信号(using MATLAB strike control table, input errors and the rate of change of error, the output control signals)