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PeriodicMotionDetectionAndSegmentation
- Periodic Motion Detection and Segmentation via Approximate Sequence Alignment
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- 用matlab来制作卫星绕地球做周期运动的动画，改变卫星的角速度的初值，可以画出圆形，椭圆形，逃逸轨迹。-Using matlab to produce satellites orbiting the earth to do periodic motion animation, change the initial angular velocity of the satellite, you can draw round, oval, escape trajectory.
poincare
- 通过非线性动力学中混沌研究的poincare图可以很方便的识别出周期，拟周期或者混沌运动，该程序实现了poincare图的绘制-Through the study of nonlinear dynamics in the chaotic poincare map can easily identify periodic, quasi-periodic or chaotic motion, the program achieved poincare mapping
zhunzhouqi
- 用simulink建模的方法对准周期运动进行分析-Analysis of the quasi-periodic motion using simulink
motor2
- The motion control is very simple. Adding an incremental position to the position set point on a periodic basis essentially sets the velocity. In the following code I broke out the "AddToPosition" so that Dilbert s wall following and line following c
chaos
- 研究了具有滞后非线性的汽车悬架在路面拟周期激励作用下发生受迫振动时的混沌运动。首先用melnikov方法给出了发生混沌运动的临界条件，然后研究了非线性阻尼力中的各系数对混沌的影响，最后通过Poincare截面及Li指数揭示出在此系统中存在着从拟周期运动通向混沌运动的可能性-Studied with a lag in road vehicle suspension nonlinear excitation of quasi-periodic forced vibration under the a
vib
- Vibration is a mechanical phenomenon whereby oscillations occur about an equilibrium point. The oscillations may be periodic such as the motion of a pendulum or random such as the movement of a tire on a gravel road.
88276272
- 系统阐述了小天体运动对应的圆型限制性三体问题共线平动点的强不稳定性特征,以及其附 近的条件周期轨道一晕轨道(HaloOrbit)的存在、相应解的构造.这种特殊的轨道形式和共线 平动点附近的弱稳定走廊,可分别用于在深空特殊位置附近定点有各种科学探测目标的探测器和向 节能轨道过渡的通道. - Systematically expounded the small celestial motion corresponding circular restricted three-bod
Lor_Poincare
- 绘制庞加莱截面图的程序。先通过solveLor.m来求出一系列点，然后代入Poincare_section 程序绘制庞加莱截面。 通过观察Poincare截面上截点的情况可以判断 是否发生混沌：当Poincare截面上有且只有一个不动点或少数离散点时，运动是周期的；当Poincare截面上是一封闭曲线时，运动是准周期的 当Poincare截面上是一些成片的具有分形结构的密集点时，运动便是混沌。 -Poincare section drawing program. First obtain
CGAL-4.5
- CGAL，Computational Geometry Algorithms Library，计算几何算法库，设计目标是，以C++库的形式，提供方便，高效，可靠的几何算法。CGAL可用于各种需要几何计算的领域，如计算机图形学，科学可视化，计算机辅助设计和建模，地理信息系统，分子生物学，医学成像，机器人运动规划，网格生成，数值方法等等。 计算几何算法库（CGAL），提供计算几何相关的数据结构和算法，诸如三角剖分（2D约束三角剖分及二维和三维Delaunay三角剖分），Voronoi图（二维和
13_30
- 运动捕获数据周期运动，用于做运动分割或关键帧提取-Motion capture data periodic motion, used to make motion segmentation or keyframe extraction
SMC2
- In this paper, the steady-state behaviour of discretized terminal sliding mode control is studied. A discrete terminal sliding mode control is designed by discretizing the continuous-time system and then the steady-state behaviour is analysed in term
term-paper
- In the walking process, the human body shows regular periodic motion, especially upper and lower limbs, which reflect the individual’s unique movement pattern. Human gait is an attractive modality for recognizing people at a distance. Compared to oth
gait_cycle
- This code is able to find the gait period of a person. I used casia for this. In the walking process, the human body shows regular periodic motion, especially upper and lower limbs, which reflect the individual’s unique movement pattern. Human gait i
gait_energy_image
- This code is able to find the gait energy image of a person. I used casia for this. In the walking process, the human body shows regular periodic motion, especially upper and lower limbs, which reflect the individual’s unique movement pattern. Human
Matlab-Poincare-section-program
- 此程序为matlab庞加莱截面程序，能够为非线性动力系统提供判断周期与概周期运动提供理论依据-This procedure for the Poincaré section matlab program that can provide decision period and almost periodic motion of nonlinear dynamic system provides a theoretical basis
GY-362资料
- ADXL362是一款超低功耗、3轴MEMS加速度计，输出数据 速率为100 Hz 时功耗低于2 μA ，在运动触发唤醒模式下功耗 为270 nA 。与使用周期采样来实现低功耗的加速度计不同， ADXL362没有通过欠采样混叠输入信号；它采用全数据速 率对传感器的整个带宽进行采样(The ADXL362 is an ultra-low power, 3 axis MEMS accelerometer with output data When the speed is 100 Hz, t
FFF.1-1-00000.dat
- 采用周期性边界，在VOF方法中模拟气泡上升运动的应用算例(The application of periodic boundary in the simulation of bubble rising motion in the VOF method is applied)
杜芬方程解的小程序
- Dufing方程是一种重要的动力系统山，是反映工程物理系统中非线性现象和混沌动力学行为的极其重要的方程式。通过Duffing方程可以探讨铁磁谐振电路中的分岔、拟周期运动、子谐波振荡。而在非线性与混沌系统的研究中，Duffing方程展示了丰富的混沌动力学行为。本文通过对不同情况下的Duffing方程进行分析，利用MATLAB进行仿真，从而对Duffing方程有进一步的了解。(Dufing equation is an important dynamic system mountain, which
udf1
- 定义了一个用于控制扭转和弯曲周期运动的udf程序，用于计算fluent中动边界案例。(A UDF program is defined to control the periodic motion of torsion and bending, which is used to calculate the dynamic boundary case in fluent.)