RemoteGrantedReceiver

画跟踪图 Painting Tracking Chart(Painting Tracking Chart)

This file gives an example how to use the function "ParInfoGain.m" The user can define if a matlabpool should be used or not. This file shows an example using the well known fisher iris datafile

说明：  线性方程组的各种解法：求逆法、分解法、迭代法、特殊解法、非奇次线性方程组的解法(A variety of linear equations method: inverse method, decomposition method, iterative method, a special solution, non-singular at the solution of linear equations)

it includes main file for data gatheing.............................................

二维正方形平板中的热扩散程序，使用lbm预测板中的等温线(Thermal diffusion procedure in a two-dimensional square plate using the isotherms in the LBM prediction plate)

说明：  该项目用于通过使用导频序列（训练序列）和信道抽头来估计OFDM中存在的信道。使用BER曲线比较系统的性能，该BER曲线是针对均匀间隔的飞行员和紧密间隔的飞行员获得的。此外，通道抽头的数量也有所不同，以估算最佳的BER曲线(This project is used to estimate the channel in OFDM by using pilot sequence (training sequence) and channel tap. The BER curve is used to compare the performance of the system, which is obtained for pilots with uniform interval and pilots with tight interval. In addition, the number of channel taps varies to estimate the best BER curve)

完整的CDMA各种参数的仿真，包括上行链路的BER，多径干扰下的BER，多径下用户数目的BER等(integrity of the CDMA simulation of various parameters, including the uplink BER, multi-path interference under the BER, Drive over the next number of users, such as BER)

it read an ascii file, cut the signal, organize in a matrix, and the output will be a .mat or .txt file.

说明：  对含储能和风电的电力系统进行了可靠性评估，利用序贯蒙特卡洛法，把风储系统接入IEEE-RBTS系统来仿真，探讨了风电场、储能系统、储能容量和储能最大充放电功率对系统可靠性的具体影响。(This paper evaluates the reliability of the power system including energy storage and wind power. The sequential Monte Carlo method is used to connect the wind storage system to the ieee-rbts system for simulation. The specific effects of the wind farm, energy storage system, energy storage capacity and the maximum charge and discharge power of energy storage on the reliability of the system are discussed.)

求对称矩阵全部特征值的Jacobi方法(Symmetric matrix for all the eigenvalues of Jacobi method)