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plot_cassini
- Cassini Oval is a curve that was developed by Giovanni Domenico Cassini in 1680. He had believed that the motion of the Earth and Sun followed a lobe of one of these ovals. This function plots Cassini Ovals with Polar Pa
1w12
- DNF找基址的模块 DNF找基址的模块-l lobe youx1
The-influence-of-weight-coefficient
- 等间距线性阵列，阵元数M=8，阵元间距d= λ /2，目标方位φr =0°，无噪 分别仿真计算等幅加权、汉宁窗加权、切比雪夫加权时的阵列方向图，定性分析产生的原因。（可分析不同窗函数引起的主瓣、旁瓣影响） -Equally spaced linear array, the number of array elements M = element spacing d = λ/2, target azimuth φr = 0,
Single_DOF
- 稳定性求解绘制稳定性lobe图（全离散）-Stability Solving draw stability lobe diagram (fully discrete)
circ_dw
- 相控阵天线阵列的密度加权matlab程序代码。 运行gui.m文件 lmax.m和lmin.mLinear_func.m最后几行被调用，放在和Linear_func.m路径相同的文件夹下即可 运行后command window里第一条分割线上面是第一幅图的几个值，第二条分割线上面是第二幅图的几个值。其中，peak_first是数值最大的峰值，peak_second是数值第二大的峰值(第一旁瓣)，theta_var是与 p
Low-level-Moment-Method-wire-antenna
- 依据矩量法对偶极子天线和单线行波天线进行分析,将其分为多个小段,分别计算各段上的电流,然后根据电流分布计算出远场和近场的场强波瓣图,从近场随距离的明显变化得出天线近场分析的必要性。-Dipole antenna and a single-wire traveling wave antenna analysis based on the method of moments, will be divided into multiple sm
matlab
- 在采样点之间的频率响应是由各采样点的加权内插函数叠加而形成的，因而有一定的逼近误差。该误差大小取决于理想频率响应的形状，理想频响特性变化越平缓，内插值越接近理想值，逼近误差越小；反之，如果采样点之间的理想频响特性变化越陡，则内插值与理想值之间的误差越大，因而在理想滤波器不连续点的两边，就会产生尖峰，而在通带和阻带就会产生波纹。用频率采样法设计的实际滤波器频率响应如图1所示。由图1可知，实际滤波器的阻带衰减取决于内插函数第一旁瓣幅度值的大
Array-antenna-simulation
- 有关阵列天线的matlab仿真， 1、给出阵元的个数，阵元的间隔以及波长 2、计算方向图并绘制不同的方向图，有规律的排列 3、计算出主瓣宽度，3dB带宽，主瓣与第一旁瓣的幅度比（以dB作单位）-Array antenna matlab simulation, 1, to the number troupe, interval, and the wavelength of the array element 2, ca
robust-broadband-beamforming
- 研究了一种改进型的最小方差波束形成器。它在波束主瓣以外的其他方向上， 对波束形成器的响应作定积分。要求波束形成器输出功率最小的同时也要求这个 积分值最小。-An improved minimum variance beamformer. It in the other directions outside the main lobe of the beam, the response of the beamformer defi
Chebysheff
- 在已知天线阵列的单元个数和要求的腐瓣电平时，利用切比雪夫加权，求的各个阵子的激励幅度-In the known antenna array of the number of elements and requirements rot lobe usually use cut weighted Chebyshev, seeking incentive rate for each time around
LungSeg
- 准确地地位肺部中的肺叶部分 医学图像处理-Accurately position lung lobe portion of medical image processing
lobe_semi
- 基于matlab的用于铣削动力学建模的稳定性叶瓣图分析-stablity lobe
jiachuang
- 加道夫—切比晓夫波束形成,旁瓣高度相等，主瓣和旁瓣比可以设定。-Plus Astoria- cutting beam forming than convincing Love waves sidelobe height equal to the main lobe and sidelobe ratio can be set.
kongjianpipeilvbo
- 信噪比为10db，实现主瓣指向60度的空间匹配滤波器。-SNR 10db, to achieve the main lobe of the spatial points 60 degrees matched filter.
fangxiangtu
- matlab实现画出阵列天线的波束图，通过仿真可以观察主瓣指向、阵元数、波长对波束图的影响，帮您更好地理解方向图的概念及其影响因素。附报告、源程序、仿真结果截图，内容详尽-matlab implementation array antenna beam pattern drawn by the main lobe pointing simulation can be observed, the number of array eleme
LFM_win_time
- this file do LFM compression with time domain weighting for reducing the time side lobe
FFT-hanming-blackman
- 线性调频信号用汉明窗以及布莱克曼窗加窗后进行旁瓣抑制处理效果-Chirp signal with Hamming window and Blackman window windowed side lobe suppression after treatment effect
targer_point
- rcmc: 距离徙动算法.SAR多点目标成像算法。含主瓣宽度和积分旁瓣比的求解。-rcmc: range migration algorithm. SAR multi-point target imaging algorithms. Including the main lobe width and sidelobe ratio integral solving.
Zusefa
- 在自适应波束形成算法中，使用阻塞矩阵法抑制主瓣干扰-In adaptive beamforming algorithm, using blocking matrix interference suppression in the main lobe
Wings-of-Hope-001
- Hello My name is Kyung Gu Lee nice to meet you lobe you