FLYFX

说明：  介绍了一种荃于MATLAB数字信号处理工具箱、MATLAB数据分析和MATLAB圈形对 象的时变数字信号瞬时频率枯计方法。这种方法利用时频分析结果来估计信号的麟时频率，其 中涉及时频分析、滤波、曲线拟合辞多种处理过程。处理过程的编程实现封较于用户界面上作 为文互工具的控件中，由用户通过交互界面逐步完成估计瞬时预率的工作.(Tsuen introduced a digital signal processing in the MATLAB toolbox, MATLAB and MATLAB data analysis of ring-shaped object digital signal time-varying instantaneous frequency of dry method. This method using the results of time-frequency analysis to estimate the signal frequency CHU, which involves time-frequency analysis, filtering, curve fitting a variety of speech processing. Programming process to achieve closure on the user interface than the text of each other as a control tool, by the user interface step by step through the completion of pre-estimated instantaneous rate of work.)

说明：  该源码可以实现OFDM系统的比特加载和功率分配算法的仿真(The source code can be bit-loaded OFDM system and Power Allocation Algorithm for Simulation)

用于求解无控飞行器的飞行轨迹,其中主要说明其数值求解过程，，，。(It can be used to solve the orbit of aircraft that haven t been controlled!)

说明：  工业自动化水平已成为衡量各行各业现代化水平的一个重要标志。同时，控制理论的发展也经历了古典控制理论、现代控制理论和智能控制理论三个阶段。智能 控制的典型实例是模糊全自动洗衣机等。自动控制系统可分为开环控制系统和闭环控制系统。(The level of industrial automation has become an important symbol to measure the modernization level of all walks of life. At the same time, the development of control theory has experienced three stages: classical control theory, modern control theory and intelligent control theory. The typical example of intelligent control is fuzzy automatic washing machine. The automatic control system can be divided into open-loop control system and closed-loop control system.)

说明：  半导体激光器速率方程matlab仿真，并且有RIN噪声的仿真部分(Semiconductor laser rate equation matlab simulation, and there is a simulation part of RIN noise)

iir滤波器，无限冲激响应滤波器。功能强大(IIR filters, infinite impulse response filter. Powerful)

利用matlab进行五点滑动平均法平滑处理(Using matlab five-point moving average smoothing method)

说明：  利用压缩感知对雷达进行成像， 结果显示良好(Using compressed sensing to image the radar, The results are good)

说明：  这是基于MATLAB动态规划中最短路线的实现程序(good)

基于云模型的花片特征提取算法，该算法通过云模型的逆向正态云发生器，由样本点信息，求解出三类花四个特征参数各自的数字特征：期望、熵、超熵。(Based on Cloud Model Motif feature extraction algorithm, which cloud model of reverse normal cloud generator, the sample point information, solving the three spent four the number of features of their characteristic parameters: expectation, entropy, ultra-entropy.)