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MIMO_System.m MIMO系统建模 WaterFilling_alg.m 注水算法的源程序(MIMO_System.m MIMO system modeling algorithm WaterFilling_alg.m water source)

画出对称阵子的仿真图 用matlab实现()

说明：  matlab电机仿真精华50例/异步电机abc仿真模型(matlab simulation of the essence of 50 cases of motor/induction motor simulation models abc)

这是一个双通道完全重构滤波器设计matlab源代码(This is a dual-channel perfect reconstruction filter design matlab source code)

微卫星SSR基本数据分析常用软件，功能比较强大，具有通用性(Microsatellite SSR commonly used basic data analysis software, the function is stronger, is versatile )

物理光学方法 近似计算散射体RCS POFACETS is an implementation of the physical optics approximation for predicting the radar cross section (RCS) of complex objects. It utilizes the scientific computational features of MATLAB and its Graphical User Interface (GUI) functions to provide an error-free encoding of input parameters and efficient calculation of RCS. POFACETS provides a convenient tool for a “first cut” at the RCS of complex shapes by representing its constituent parts by triangular facets. The software calculates the monostatic or bistatic RCS of the object for the parameters specified(POFACETS is an implementation of the physical optics approximation for predicting the radar cross section (RCS) of complex objects. It utilizes the scientific computational features of MATLAB and its Graphical User Interface (GUI) functions to provide an error-free encoding of input parameters and efficient calculation of RCS. POFACETS provides a convenient tool for a “first cut” at the RCS of complex shapes by representing its constituent parts by triangular facets. The software calculates the monostatic or bistatic RCS of the object for the parameters specified)

用matlab编写的用于测试cpu时间的小程序，简单管用(Matlab prepared using cpu time for testing of small procedures, a simple effective)

matlab的20个例子，主要是画图，有二维的三维的，有静态的有动态的，条形图，线性插值，对初学者很有帮助，同时每个例子还有本人的理解，如有什么问题，请见谅！(matlab example of the 20, mostly drawing, a two-dimensional three-dimensional, there is static with dynamic, bar, linear interpolation, helpful for beginners, but also my understanding of each case, such as have any questions, please forgive me!)

how to calculate the impulse response from the frequency response of a Power delay profile

This code is related to the course Digital Communications. It simulates a communication system which uses AWGN and 16QAM