F16-matlab

说明：  用于计算幂率分布幂指数程序，在给定的一组分布中，判断该分布是否服从幂率分布(Used to calculate the power law distribution of power index procedure)

首先给出一个F16模型，在此基础上设计了高度保持，协调转弯等控制率，给出了一个飞行剖面的模块，几乎涵盖了飞控的全部内容(Firstly, a F16 model, based on this design to maintain a high degree of coordination, etc. turn the control rate, gives a flight profile modules, covering almost the entire contents of the flight control)

用matlab实现的快速均值算法，可以实现对图像去除噪声。(Using matlab to achieve fast means algorithm, can achieve an image to remove noise.)

机器人控制系统的设计与MATLAB仿真，全部MATLAB源程序，具有参考价值(Robot Control System Design and MATLAB simulation, all the MATLAB source code, with reference)

用MATLAB编写的中值滤波程序，几乎囊括了所有中值滤波的类型，很全的哦。并包含测试的LENA图像。(Written using MATLAB median filter program, covering almost all of the type of median filter, it is full of oh. And includes tests LENA image.)

matlab中simulink模块的应用(matlab application module in simulink)

QP indexing power point

研究分岔软件,最全最强大的非线性系统动态分岔与混沌分析软件(Research bifurcation software, the most powerful dynamic bifurcation and chaos analysis software for Nonlinear Systems)

基于Matlab对约瑟夫森结（Josephson Junction）RCSJ模型的交直流I-V特性及非线性混沌现象进行数值模拟。通过计算机数值模拟得到该模型的非线性微分方程数值解，研究了RCSJ模型中各参量对约瑟夫森结的影响，进而简要分析其I-V特性和非线性混沌现象的产生机理，绘制出约瑟夫森结的交直流I-V特性曲线、非线性微分方程的相图及因其高度非线性而引起的通过倍周期分岔和阵发性原理进入混沌状态的分岔图。还给出庞加莱截面及功率谱。(Matlab based on the Josephson junction (Josephson Junction) RCSJ model AC and DC IV characteristics and non-linear numerical simulation of chaotic phenomena. Through computer simulation model by the numerical solution of nonlinear differential equations to study the RCSJ model parameters on the impact of Josephson junction, and a brief analysis of the IV characteristics and the emergence of the phenomenon of non-linear chaotic mechanism, drawn Josephson junction IV characteristic curve of AC-DC, non-linear differential equations and the phase diagram because of its highly nonlinear arising through period-doubling bifurcation and chaotic state of paroxysmal principle of access to the bifurcation diagram. Poincare cross-section and was also given power spectrum.)

16 level PSK modulation and demodulation and the graph of Pb Vs SNR