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The Code provide comparison of Bit error rate for BPSK for Rayleigh fading in Matlab

用MATLAB在产生的观测数据中捕获其中PRN 号码为“5”C/A 码。 （1） 观测数据应该有一定的多普勒频偏D f（-10kHz〈D f〈+10kHz）； （2） 加入高斯白噪声，使其信噪比为-20dB； （3） 捕获成功后，应给出捕获标志，并给出估计的频偏和码偏值。(Generated by MATLAB in which observed data capture PRN number is " 5" C/A code. (1) there should be some observations of Doppler shift D f (-10kHz < D f < +10 kHz) (2) by adding Gaussian white noise, so SNR is-20dB (3) capture success After the capture flag to be given, and given the estimated frequency offset and code bias values.)

说明：  利用通用 Lloyd Algorithm 方法生成功率码本的程序(the code of generating the codebook of power allocation by Generalized Lloyd Algorithm )

For this experiment introduced new concepts regarding the implementation methods of IPC. Through the use of signals was possible interruptions. And with the use of shared memory, it was possible to make calls between processes, by sending signals. The use of signals requires a signal handler, who treats upon arrival. The use of the program becomes asynchronous signals, which require more care during handling of the instructions. Experiment 1 allows learning about creation of concurrent processes in the Operating System (OS) Unix. However, the creation process is not at all helpful. There are applications that require that there be some method that enables the sharing of data (information) between processos.x

matlab编程的拉格朗日插值 龙格现象 matlab(matlab programming Lagrange interpolation Runge phenomenon matlab)

Matlab实现NIfTI(ANALYZE)核磁共振图像读取保存制作 Tools for NIfTI (ANALYZE) MR image 这个Matlab程序包用于处理核磁共振图像，可以读取显示、保存、制作该图像。(Matlab implementation NIfTI (ANALYZE) to preserve the production of nuclear magnetic resonance image read Tools for NIfTI (ANALYZE) MR image of the Matlab package used to deal with nuclear magnetic resonance imaging, can read the display, preservation, production of the image.)

说明：  modeling of induction motor

个人编写的关于积梳状滤波器的程序,用于抽取和插值时防止信号失真.(individuals prepared on the plot comb filter procedures for taking and the interpolation to prevent signal distortion.)

干涉仪测向具有精度高、速度快的特点，在无源探测定位系统中具有广泛的应用。传统干涉仪依靠短基线保证无模糊测向范围，依靠长基线保证测向精度，采用整数阶基线比。该方法在宽带应用条件下难以实现，且对天线阵的安装位置非常敏感。本课题研究分数阶干涉仪测向的算法，同时实现宽带、高精度、无模糊的要求，并研究不同分数比、相位测量误差对测向精度的影响，进行仿真验证。 (interferometer is measured to high accuracy and fast, in the passive position detection system has wide application. Rely on traditional interferometer no guarantee short baseline measurement to the scope of fuzzy, relying on long baseline measurement to ensure accuracy, using integer band than the baseline. The method in broadband applications under difficult conditions and the right antenna installation location is very sensitive. The research fractional interferometer to test the algorithm, while achieving wide-band, high-precision, without ambiguity, and different than the scores, phase measurement error to the measurement accuracy of the impact simulation test.)

ocr paper for character recognition with neural network