资源列表
BP-network-test-report
- BP网络表达傅里叶核函数,此次实验采用了两种方法，第一方法是在matlab中实现BP算法，然后用实现的BP算法实现对傅里叶核函数的逼近，第二种方法是调用matlab中的工具箱函数实现傅里叶和函数的逼近。-BP Network expression Fourier kernel, the experiments using two methods, the first method is to achieve BP algorithm in matlab, then use the BP algo
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- 实验一：基于LMS算法的“苹果-橘子”分类问题 实验二：基于LMS算法的T-G-F字符识别问题 通过以上两个实验，了解ADALINE网络的结构及计算机制，掌握LMS算法，并会利用该算法来解决简单的模式分类问题。1， 学习ADALINE网络的基本结构及其学习机制，并在Matlab中实现 2， 分别对上述两类分类问题进行实现，并根据实验结果完成实验报告 -Experiment 1: Based on LMS Algorithm Apple- Orange classificati
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- 用BP网络解决XOR分类问题,本次实验主要是让大家对 BP 网络有进一步了解和认识，熟知BP 算法以及其在MATLAB中的程序实现，在掌握这些基本原理的同时解决XOR的分类问题。-XOR using BP network to solve classification problems, mainly of this experiment is to let everyone have a better understanding of BP network and understanding,
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- BP神经网络逼近正弦函数 本次实验主要是让大家对BP网络设计进一步了解和认识，熟悉BP网络，熟知BP学习算法的原理以及其在MATLAB中的程序实现，在掌握这些基本原理的同时用BP神经网络逼近正弦函数。 BP网络有很强的映射能力，主要用于模式识别和函数逼近。可以采用BP网络函数逼近的能力来求解数学式难以表达的函数。本实验采用一个三层BP网络，看它如何逼近一个正弦函数的。-BP neural network to approach the sine function The main e
beamformer_coeff
- code for getting the beamformer coefficients (w_opt=inv(R)*P), which uses the Communications System Toolbox.
Beamforming program
- document provides communications adaptive beamforming of Matlab procedures, according to the arrival of wave direction, the regulation of adaptive beam forming the main valve direction, the procedure is the process of adaptive beamforming and the fin
beamforming
- Classic conventional beamforming with comparison of several methods
BeamFroming
- Multi-antenna wireless communication system beamforming matlab source code
DIGITAL BEAMFORMING
- DIGITAL BEAMFORMING beampattern(N,d,w,steer_angle)
ESPRIT_DOA
- ESPRIT algorithm simulation
MSE_ESPRIT
- This file is used to calculate the MSE of ESPRIT algorithm for DOA estimation. Rao, B.D.; Hari, K.V.S., "Performance analysis of ESPRIT and TAM in determining the direction of arrival of plane waves in noise," Acoustics, Speech and Signal P
Multibeamforming
- Digital phased array radar fft multi-beamforming algorithm, easy to understand