AdaptiveWavelet

非常好的关于定点fft精度和动态范围计算的文章(Very good point fft on the calculation accuracy and dynamic range of articles)

convert RGB color space to XYZ color space

BWT Project. Cochlear Implants

Changed in hostfs_args before the kernel starts running.

用Simulink中的SimPowersystem完成一个转速、电流双闭环直流调速系统的设计与仿真。采用三相桥式整流，平波电抗器Lp的大小可根据根据仿真调整。给出电机在空载启动，以及在2.5S后加额定负载时转速、电流、电压的变化曲线，并结合调速理论分析这些曲线。(With Simulink in SimPowersystem complete a speed, current double-loop DC speed design and simulation system. Three-phase bridge rectifier, smoothing reactors Lp size can be adjusted according to the simulation. Start the motor load is given, and the speed curve when the rated load after 2.5S, current, voltage, speed and theoretical analysis of these binding curves.)

说明：  熟悉OQPSK的基本原理、调制解调技术，掌握MATLAB中M文件的使用及相关函数的调用方法，在此基础上通过MATLAB编程来实现OQPSK的调制与解调(The goal of this design is to deeply understand the basic principle of OQPSk modulation and demodulation, learn how to use MATLAB software in the M file to realize OQPSk modulation and demodulation analysis and join the influence of different noise on the signal, the first to create a digital baseband signal and then the corresponding function in MATLAB the baseband signal modulation, and then analyses the waveform of the modulated, record the results of modulated signals after demodulation, observe the demodulation results and record, finally adding noise in the signal and then observe the changes of the time-frequency diagram, analyze the noise of the signal to noise ratio influence the result of the modulation.)

Filtros Ma t lab trae varios filtros para series de tiempo

一种基于回波相关的无源合成孔径雷达成像方法(An Echo-correlation Based Passive Imaging Method for Synthetic Aperture Radar)

实现图片A到图片B的平滑变化，输出gif格式图片(A B pictures to the picture to achieve a smooth change in output gif format picture)

这是一个工具箱，Rebel 0.2.6 包括组合导航系统研究中 各种有用的matlab 函数，比如 各种卡尔曼滤波算法！(This is a toolbox, Rebel, 0.2.6, including integrated navigation system in a variety of useful matlab functions, such as various Kalman filter algorithm!)