搜索资源列表
motion-tracking-system-
- 本文分析比较了传统运动目标检测的3种主要方法:背景图像差分法、时态差分法和光流法,在此基础上给出了一种背景图像预测算法,大大减少了因为背景变化而产生的目标检测误差。本文基于OpenCV设计出改进的运动目标检测与跟踪算法,实现了运动目标的跟踪,并在VC++编译环境下,利用USB摄像头作为视频采集器,通过观察实验结果可以看出,本文的运动目标检测算法能够正确地检测出视频图像中的运动目标,而且在检测性能上优于普通的自适应背景差分法。 -OpenCV-based motion tracking sys
DE
- 差分进化算法的源代码,编码简单可读,可以直接编译执行-Differential evolution algorithm source code, coding simple and readable, and can directly compile the implementation of
youxianchafen
- 应用Visual C++实现了二维的有限差分正演,是实现地球物理正演模拟方法的基础。-Application of Visual C++ to achieve a two-dimensional finite difference forward, is to achieve geophysical forward modeling approaches.
fd
- 有限差分法数值模拟弹性波动方程,使用matlab编写的。-Finite difference method numerical simulation of elastic wave equation, using matlab prepared.
VideoDemo
- 图象处理,背景差分,VC++ MFC 背景差分、连续帧差、MeanShift目标跟踪 代码 -Image processing, the background differential
boshong
- 使用有限差分法进行泊松方程的分析,并用MATLAB进行仿真-Finite difference method using the Poisson equation analysis and simulation using MATLAB
motionTracking
- 一个基于帧间差分的目标跟踪matlab源代码,解压后可直接运行,对学习跟踪有重大帮助-Frame difference of a target tracking based on matlab source code, extract can be directly run a major help in learning track
MOEA-D-DE
- 多目标差分进化算法,实现了多个目标共同进化的启发式进行算法-MOEA-D-DE
zhongxinfa
- 在DSP中实现基于帧间差分后二值图像的跟踪加框处理,原理是计算出目标(灰度为255)重心坐标后,对其进行加框处理。-In the DSP-based frame difference in the binary image of the track after the framing treatment, the principle is to calculate the target (gray 255) the center of gravity coordinates, its frami
POISSON_FINITE-DIFFERENCE_ALGORITHM
- 本程序提供一种求解 Poisson 方程的有限差分法-This program offers a Poisson equation for solving finite difference method
3-DFDTD
- 三维有限差分算法,使用matlab编程,可以进行数值模拟-3-D FDTD code with PEC boundaries
DE
- 差分进化算法的一篇全国优秀硕士论文,目前国内对此的研究还处于初步阶段-Differential Evolution of a national excellent master
fdtd_2D_TM_PML
- 2维时域有限差分模拟,fdtd_2D_TM_PML-2-D FDTD simulation, fdtd_2D_TM_PML
youxianchafendiedaichenxu
- 有限差分法求解有两种介质的正方形区域的二维拉普拉斯方程的数值解-Finite difference method, there are two medium square region of two-dimensional numerical solution of Laplace equation
Key
- 具有桥式结构的传感器很多,如利用应变原理、磁电阻原理和其他变电阻原理的传感器,可以实现对压力、位移、加速度、磁场等物理量的测试。这种结构的差分输出可以增加灵敏度,也有一定抵消外加干扰的能力。而且有的虽不是差分输出,比如电阻分压式的输出,可以认为是“半桥”,我们还可以人为的加上另一半,即加上一对精密电阻和一个电位器组成另一个分压电路,形成差分输出。每次调节电位器使差分输出为0,抵消零磁电压。-Bridge structure with many sensors, such as the use o
FDTD_Electrical_Magnetic
- 基于电磁波方程,在时间域对电磁波场进行有限差分正演模拟。Helmhotz方程。-Based on the electromagnetic wave equation, in the time domain electromagnetic field of finite-difference forward modeling. Helmhotz equation.
CPHYS
- 计算物理课件,有 有限差分方法,蒙特卡洛方法,有限元素方法,分子动力学方法-Computational Physics Courseware, a finite-difference methods, Monte Carlo methods, finite element methods, molecular dynamics method
differencemethod
- matlab的差分算法实现以及粒子群优化算法介绍-matlab differential algorithm and particle swarm optimization algorithm introduced
del2_9pt
- matlab 九点差分源代码,可以直接运行-9:00 differential matlab source code, can be directly run
heat-fdm
- NUMERICAL METHODS for Mathematics, Science and Engineering,有限差分解热传导问题-NUMERICAL METHODS for Mathematics, Science and Engineering, finite difference conduction problem antipyretic