2

high boost filter designed in matlab

自适应均衡器设计，采用分数间隔、判决反馈结构，MMSE算法。(Adapt a FSE+DFE combination for square M-QAM over T/2-spaced microwave channels with AWGN initialized by Unbiased MMSE-FSE receiver )

说明：  《matlab 7辅助信号处理技术与应用》下载资料，是学习信号处理的理想的资料。( "matlab 7 Cueing signals Processing Technology And Application" download the material, is studies the signal processing the ideal material. )

说明：  ：该文首先研究了单认知用户能量检测算法的检测性能和检测灵敏度与检测时长和噪声短时间内平均功率波 动性之间的关系，得出检测性能和检测灵敏度随噪声短时间内平均功率波动性的增大而急剧下降的结论，在低信噪 比时尤为明显；针对检测性能和检测灵敏度随噪声短时间内平均功率波动性的增大而急剧下降，提出了基于多用户 协同能量检测算法。仿真表明，在低信噪比环境下，即使噪声短时间内的平均功率存在较大的波动性，只要适当地 增加协同检测的用户数，仍可获得较为准确的检测性能。(In this paper, detection performance and detection sensitivity with detection duration and noise average power fluctuation in short time is investigated firstly. Performance accuracy and detection sensitivity drop quickly with noise average power fluctuation increasing and it is worse when signal-to-noise ratio lower. Considering the characteristic, a novel new energy detection algorithm based on cooperative is presented. Simulations show that the proposed scheme improves antagonism of noise average power fluctuation in short time and gets a good detection performance as long as increasing the number of cooperative detection users.)

二维等参元在平面应力状态下的计算程序源代码，基于matlab(stress calculated by matlab)

This function is for changing the refractive index profile in the Simulation - You can change and delete the according Refractive index parts(This function is for changing the refractive index profile in the Simulation- You can change and delete the according Refractive index parts)

Simulation of spring mass use Simulink matlab

回归分析算法源程序和实例讲解，十分具体，对此算法的掌握很有帮助(Regression analysis algorithm source code and examples to explain, very specific, this algorithm to master very helpful)

BP network is a wide used network in Artificial Neural Network domain. This is a example of BP, applied with Matlab!

时频分析工具箱，大家可以借鉴一下DiscreteTFDsDiscreteTFDs(The time-frequency analysis toolbox, we can learn from you DiscreteTFDsDiscreteTFDs)