高斯随机噪声的产生，主要应用于BPSK调制-Gaussian random noise generated, mainly for BPSK modulation

悬臂梁基础固支端水平方向受到振动强度RMS值为1g的高斯随机激励，有效激振频带为200Hz。要求设计合适的振动控制方案，使得在控制器的作用下，该悬臂梁自由端的随机振动响应具有良好的抑制效果。-Gaussian basis cantilever clamped horizontally by the end of the vibration intensity 1g RMS value of random excitation, the effective excitation band of 2

已知方差的高斯随机信号的序贯检测：给出了H0和H1假设下理论推导得到的序贯检测平均样本数的曲线，以及仿真得到的序贯检测平均样本数的曲线，理论结果和仿真结果较为吻合。-Sequential detection of known variance Gaussian random signals: H0 and H1 are given under the assumption that the theoretical derivation curve sequential detect the av

用于轴承球与滚道之间，模拟生成非高斯随机粗擦表面-Analog generate non-Gaussian random rough surfaces rub

随机噪声生成程序，包括高斯分布、随机分布、泊松分布三种分布，适用于各种信号处理的信号生成添加噪声-Random noise generator, including a Gaussian distribution, random distribution, distribution of three types of Poisson distribution, for a variety of signal processing of adding the noise signal genera