资源列表
AML_Algorithm-for-TDOA
- AML算法能够使计算结果较好的符合克拉美下限，具有较好的精度。-AML algorithm enables the calculation of the Cramer lower bound, with good accuracy.
nozzle-CODE
- 缩放喷管的计算code 使用matlab编写 参考书目 计算流体力学基础及其应用-laval nozzle code
blood-pressure
- 血压监测程序，用于监测血压的MATLAB程序，里面含有去白噪声程序和不去白噪声程序-Blood pressure monitoring program, the MATLAB program used to monitor blood pressure, which contain to the white noise process and not white noise process
control
- 控制理论超前滞后函数matlab例程，简单易用，思路清晰，适合控制理论初学者-Control theory lead and lag function matlab routines, easy to use, clear thinking, suitable control theory for beginners
Floyd
- Floyd算法的matlab实现。对输入的邻接距离矩阵计算图中任意两点间的最短距离矩阵和路由矩阵，且能查询任意两点间的最短距离和路由。并根据结果自动绘制出了最短路径图。 程序中使用了前向路由和回溯路由两种方法，并对于无向图进一步减小算法复杂度。-Matlab implementation of the Floyd algorithm. Adjacent input distance matrix between any two points in calculating the figur
MM1
- MM1排队系统的matlab仿真。整个系统的仿真采用了离散事件系统仿真，并统计稳态分布、平均队列长度，等待时间的分布以及平均等待时间等值，以与理论分析结果进行对比，得到了较为满意的结果，同时还完成了统计曲线的绘制并进行了分析。-MM1 queuing system with matlab simulation. The simulation of the entire system using discrete event simulation, and statistical steady s
bcm2
- 本仿真为电动汽车充电仿真，采用了matlab仿真工具-Simulation for electric vehicle charging simulation, Matlab simulation tools
cpm_signals
- 仿真连续相位调制信号特征，适用于连续相位调制不同调制参数时的误码率-Simulation of continuous phase modulation signal characteristics, bit error rate applies to continuous phase modulation of different modulation parameters
dsss_psk
- 用于仿真高斯噪声、单音干扰、多音干扰以及不同占空比下干扰条件下的扩频系统性能及误码率-For the simulation of Gaussian noise, single tone interference, spread spectrum system performance in multi-tone interference and interference under the conditions of different duty cycles and bit error rate
TEST
- 基于matlab的对光学设计里像差测量和校正的程序-Matlab aberration measurement of the optical design and calibration procedures
Untitled3
- 两个干扰数目下信噪比同成功概率、估计方差等的关系-Two interference signal to noise ratio with the success rate, estimated variance relationship
field-distribution-fdtd
- this code is for calculation the field distribution in 2D photonic crystals with FDTD method