Adaptive-Control(Shudiqian)

解决麦克斯韦的matlab源文件，简洁而且实用(Matlab solve Maxwell)

说明：  MATLAB在曲线拟合中的应用，主要有一元线性回归 ，多元线性回归，曲线回归等(Curve fitting in MATLAB application, there are multi-linear regression linear regression, curvilinear regression, etc.)

说明：  完整的雷达定位仿真 研究雷达定位有参考作用 程序绝对好使(Complete radar simulation support multiple antenna position number absolutely so that program )

对网络划分社区,并找出最大的社区,很有用的程序(Find the largest giant component)

精通MATLAB参考源码第10章，喜欢MATLAB和神经网络的可以好好学习下，绝对的好资源！(Chapter X proficient MATLAB reference source, like MATLAB and neural networks can learn, the absolute good resource! )

研究有限矩形区域内，粒子运动到区域边界时会与区域边界发生不同作用（弹性碰撞和吸收两种可能的情况）下的布朗运动。(Finite rectangular region of the particle motion to the regional boundaries will occur with the different roles of the regional boundary (elastic collision and absorption of two possible scenarios), the Brownian motion.)

认知中继网络包括一个主用户发射机和接收机，一个次用户发射机和接收机，以及一个放大转发中继。次用户发射机和中继从自然界获取能量。次用户共享主用户的频带进行数据传送，中继放大转发主用户发射机和次用户发射机的信号。次用户发射机和中继根据获取的能量和数据传送要求控制发射功率。功率控制建模为在能量因果约束、(Cognitive relay network includes a primary user transmitter and receiver, a secondary user transmitter and receiver, as well as an amplify and forward relay. Secondary user transmitter and relay obtain energy nature. Secondary users share a frequency band of the primary user data transmission, the relay amplification repeater primary user and a secondary user transmitter the transmitter signal. Secondary user transmitter and a relay and a data transfer request according to the energy obtained by controlling the transmission power. The power control is modeled as a causal constraints in energy,)

清华大学出版社出版的科学与工程计算技术丛书/MATLAB科学计算课件的课件以及源代码(The Courseware and Source Code of Scientific and Engineering Computing Technology Series/MATLAB Scientific Computing Courseware Published by Tsinghua University Press)

基于matlab的低通滤波器代码，可以自动生成VHDL源代码(Based on the low-pass filter matlab code, you can automatically generate VHDL source code)

说明：  Today’s wireless networks are characterized by a fi xed spectrum assignment policy. However, a large portion of the assigned spectrum is used sporadically and geographical variations in the utilization of assigned spectrum ranges from 15 to 85 with a high variance in time. The limited available spectrum and the ineffi ciency in the spectrum usage neces- sitate a new communication paradigm to exploit the existing wireless spectrum opportunistically