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说明：  高级信道ＱＰＳＫ的设计与仿真，改善了信道性能，对仿真数据可有效汇总，输出理想比现实比较曲线(Advanced Channel Design and Simulation of QPSK, the channel to improve performance, the simulation data can effectively aggregate, more than reality curve of the ideal output)

采用基于理想频谱响应的微分器，用于位置微分速度，并统计误差(The differentiator response based on an ideal spectrum for position differential speed, and the statistical error)

EM9301超低功耗蓝牙控制芯片demo设计资料以及HCI控制指令(EM9301 ultra-low power consumption bluetooth control chip design data)

本程序应用于火电厂主蒸汽温度额度辨识，仅限于单回路辨识，参数辨识精度较高(The procedure used in thermal power plant main steam temperature limit identification, limited to single-loop identification, high precision parameter identification)

PID控制，可以实现延迟控制与Dalin算法。(PID control can be achieved the delay control Dalin algorithm.)

MATLAB电机仿真精华50例PDF+源码(MATLAB simulation of the essence of 50 cases of motor PDF+ source code)

抽取和内插的分数阶Fourier 域分析 离散时间分数阶Fourier 变换(Extraction and interpolation of the fractional Fourier domain analysis of discrete-time Fourier transform fractional)

. The reference simulator can be used to measure and plot the network capacity performance and signal to interference ratio (SIR) performance of LTE networks with the integer frequency reuse scheme with reuse factor 1 (IFR-1). Frequency reuse scheme with reuse factor 1 means that the available frequency resource is used by all the cells in the LTE network. You are advised to refer to the relevant slides of lecture 5 to get more information on the method used to calculate the SIR and capacity performances. The system level LTE is consisted of two Matlab script files (LTE_main.m, LTE_configuration.m), three Matlab function files (LTE_IFR_sim_dist.m, LTE_IFR_sim_netwide.m, LTE_IFR_plot.m) and one Matlab mat file (bs_user_position.mat).

层次分析法的详细介绍以及matlab源码(introduce analytic and the program of MATLAB)

newton_interpolation berechnet das Newton-Interpolationspolynom