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- 一个动画源代码，可以通过调节X、Y轴速度-an animation source code can be adjusted by X, Y-axis velocity
matlab_min_use_PSO
- 使用pso求最小化一函數 matlab程式碼，寫的非常簡潔(不到100行)，且還包括了2維的圖形展示，和大家分享參考!!! 一起學習matlab和各種optimize methods 最小化：(x-15)^2+(y-20)^2 The swarm matrix is swarm(index, [location, velocity, best position, best value], [x, y components or the value compo
ch5soft
- These codes require an ASCII input file called input.dat of the following form: Lower Limit on x Upper Limit on x Final Time Pressure for x<0 when t=0 Density for x<0 when t=0 Speed for x<0 when t=0 Pressure for x>0 when t=0 D
Bouncing_Smiley_Face2
- 用matlab写的一个模仿抛物线动作的动画。可以自己设定加速度、启示位置等数值。-The laws for rotation are probably wrong (I made them up actually), but that s not what this file is about. Shown here is a very simple code that creates a nice animation, which can be quickly edited to suit a
velocity_triangulation
- Descr iption This function finds the velocity of a 2-dimensional planar wave from at least 2 sensors, by specifying its location (x,y) or (lon,lat) and its respective arrival time. It returns the speed and direction (or tracking if coordi
Matlab air defence missile
- 本实验设计了一个《导弹打飞机》的动画演示程序。建立地面坐标系，横轴x代表水平射程，纵轴y代表垂直高度，单位均为km。假设导弹的初始位置为(0，0)，飞机的初始位置为(20，0)，飞机在20km高度以1km/s的速度做水平匀速直线运动，导弹从地面发射，以2km/s的速度做等速运动，以追踪法对飞机进行打击，即导弹的速度方向始终沿着弹目视线且指向目标。-The experimental design was a " missile hit the aircraft," the a
quivers
- QUIVERS(x,y,u,v,Gscale,Spos,Sunit) plots velocity vectors a rrows with components (u,v) at the points (x,y). The matrices X,Y,U,V must all be the same size and contain corresponding position and velocity components (X and Y can also be vectors
u_momentum
- CFD analysis of velocity in x-direction
ExtendedKalmanFilter
- Extended Kalman Filter Tracking Object in 3-D-Assume that we want to track an object moving in 3-D space with constant velocity. Our instruments observe bearing, range and high(cylindrical coordinates). However, of an interest are rectangular coordin
3Drotate
- 对串口所获得的输入体感信息（x,y,z以及物体移动的角速度）进行捕获，并针对该信息进行3D画图，使得用户晃动传感器时，电脑的matlab界面出现相应的动态画面。-Somatosensory information (x, y, z and the angular velocity of moving objects) the obtained input to the serial port to capture and 3D drawing, and for the information,
000
- 陀螺仪GY-50单片机应用程序，实现x,y,z三轴方向的角速度的显示-Gyro GY-50 microcontroller applications, the realization x, y, z-axis direction of the angular velocity of the display
Islab_WaypointNav
- This a matlab clas file for non-holonomic ground robot. Inputs are: 1. Set of way-points [x y] 2. Controller gain 3. Linear velocity Out put 1. control commands [linear and angular velocities]-This is a matlab clas file for non-holo
CV2D_JDemo
- 对目标进行2维卡尔曼滤波，绘制出了目标轨迹、x、y轴的滤波方差、位置均方根误差和速度均方根误差。-The Kalman filter 2 target, drawn out of the target track, x, y axis variance filter, the position and velocity root mean square error RMSE.
kf_lsd
- 一种考虑观测噪声和系统噪声的滤波算法，绘制出了目标轨迹和跟踪效果、x、y轴的滤波方差、位置均方根误差和速度均方根误差。-Consider an observation noise and system noise filtering algorithm, to map out the trajectory of the target and tracking results, x, y-axis variance filtering, position and velocity RMSE roo
spc022
- 基于matlab编写的求解水平海底环境下质点振速x方向的水平相关系数-Based on the level of solving the matlab prepared particle velocity level seabed environment correlation coefficient x direction
ekf
- 从空中水平抛射出的物体，初始水平速度Vx(0)，初始位置坐标(x(0),y(0))；受重力g和阻尼力影响，阻尼力与速度平方成正比，水平和垂直阻尼系数分别为Kx,Ky,；还存在不确定的零均值白噪声干扰力xa和ya。在坐标原点处有一观测设备(不妨想象成雷达)，可测得距离r(零均值白噪声误差r)、角度(零均值白噪声误差)，使用扩展卡尔曼滤波进行仿真。-The level of throwing objects the air, the speed of the initial level of Vx
6050
- 用msp430发49编写的控制mpu6050的程序，可以用lcd1602观察X,Y,Z轴的角加速度和角速度。-Issued 49 written by msp430 control mpu6050 program, you can use lcd1602 observed X, Y, Z axis angular acceleration and angular velocity.
SeismicWaveNumericalModelling
- 弹性波声波地震模拟 C++QT编写 大家可以参考 输入速度模型 输出z x分量-Elastic wave acoustic seismic modeling, you can write C++ QT reference input velocity model component output zx
nonholonomic-mobile-robot
- 非完整轮式移动机器人的MATLAB仿真，分为全状态反馈和输出反馈，论文参见 （Shi S, Yu X, Khoo S. Robust finite-time tracking control of nonholonomic mobile robots without velocity measurements[J]. International Journal of Control, 2016, 89(2): 411-423.）-Shi S, Yu X, Khoo S. Robust finit
x-velocity
- 用于fluent 速度截面设置工作，方便简洁。(For fluent speed cross section settings.)