搜索资源列表
sjx4
- 利用FLASM编写的可动态演示三角形的四心（内心，外心，重心，垂心）以及四线（角平分线，中线，高，中垂线）- Written using FLASM dynamically demonstrate the triangular Tudor (inner, external, center of gravity, orthocenter) and four wire (Angle bisector, middle, high, midperpendicular)
Video-Demo
- 视频演示算法包括： 1. 静态背景下的背景预测法目标检测 2. 静态背景下帧间差分法目标检测 3. Mean Shift目标跟踪方法 4. 重心多目标跟踪方法-Algorithm for video presentation include: 1 Static background background prediction target detection 2 Static background frame difference method for target de
Em
- 使用k均值算法计算聚类的重心，并用EM算法计算各聚类的参数-Using k-means clustering algorithm to calculate the center of gravity, and using EM algorithm to calculate the parameters of each cluster
Bweightpositioncalculation
- 调整大飞机飞机重心，使之在某一要求位置处-Adjust the aircraft center of gravity and make it in a certain location.
weightpositioncalculation
- 通过移动机翼，尾翼，起落架和油箱的位置来使气动中心和重心重合。-By movingwings, tail, landing gearand fuel tankpositionto makethe aerodynamic centerand center of gravitycoincide.
123
- OPENCV椭圆拟合定位椭圆中心点以及重心法定位程序-OPENCV ellipse fitting locate the center of the ellipse and the center of gravity method Locator
Cauchy_integral_5
- 运用重心无网格插值公式结合Gauss求积节点的公式求解Cauchy积分方程。- No use gravity grid interpolation formula combining Gauss quadrature formula node Cauchy integral equation solving.
Absolute-orientation-
- 本程序采用最小二乘间接平差模型，同时使用重心化法实现两个坐标系之间的转化-The program uses indirect least squares adjustment model, while using center of gravity method to achieve the transformation between the two coordinate systems
circleCenterExtraction
- 机器视觉相关，张正友的棋盘格靶标有时不方便，可换成圆形靶标。程序是在matlab下利用重心法编写的圆靶标中心点提取算法-Machine vision, Zhang Zhengyou checkerboard target sometimes inconvenient, can be replaced by a circular target. Program is written in the center of gravity method matlab center of a circle
zhongxin
- 本人编的求重心小程序，是基于包围盒的，输入数据，和最小立方体边长，step为包围盒扩展边界的数值可取与小立方体边长一样-I find the center of gravity series of small programs, is based on the bounding box of the input data, and the smallest cube edge length, step to extend the boundary of the bounding box valu
tuxiangchuli001
- 图像条纹提取，包括滤波降噪，确定条纹rio区域，重心法求条纹中心-Image stripes extraction, including noise filtering, determine stripes rio area, the center of gravity method for stripes
VideoDetect
- 运动图像检测，程序包含AVI文件读取、MeanShift、重心求解等算法，用MFC编写，修改方便，可以运行-Moving image detection, program contains a AVI file read, MeanShift, barycenter algorithm, with MFC prepared, easy to modify, can run
Aweightcalculate
- 民机双发飞机各部件重量的估算，为后面重心估算准备-Aircraft weight estimation
MATALB
- SUSAN算法，包括去除伪角点的方法，重心，非极大值抑制-SUSAN algorithm, including the method of removing false corners
klimaanlage-in-ElekroautoGerman
- 这是一个电动汽车里使用空调系统的simulink仿真，可以用于毕业设计，让同学把重心放在自己需要研究的方面，简化了塔模型的麻烦-This is an electric car using the air conditioning system simulink simulation, can be used for graduation design, allow students to focus on aspects of their research needs, simplifying
PicDeal_ToLi
- 使用opencv进行肤色分割，可以划分出完整手型，并可测量出手掌重心，还可以进行腐蚀和膨胀去噪点。学习opencv不可多得的例子-Use opencv skin color segmentation, can be divided into full-hand, and can measure the palm center of gravity, can also be expanded to corrosion and noise. A rare example of learning op
kriging
- 利用MATLAB实现克里金插值和重心拉格朗日插值-Using MATLAB and center of gravity to achieve Kriging interpolation Lagrange
Untitled3
- 人口迁移算法模拟的是社会领域中人口随经济重心而转移、随人口压力增加而扩散的机制，即模拟的是人往高处走、人往富处流，当某个优惠地区的相对人口过剩，人口压力增加时，人们就会迁出该优惠地区去寻找更好更适合自己的优惠地区的这样一种规律。前者促使算法选择较好的区域搜索，后者可在一定程度上避免陷入局部最优点，搜索过程呈现交替进行集中搜索和分散搜索的特点。这体现了人口迁移过程中人口不断聚集和扩散的矛盾运动的特点。后来由我国学者徐宗本给出了人口迁移算法改进的形式。-Population migration al
FuzzyControl
- Madani模糊控制器，最大最小推理，重心法去模糊法-a FuzzyControlor
fuzzycontrol2
- 用重心法进行解模糊运算的，偏差的模糊值控制。-De-fuzzy operation with the center of gravity method, and the offset value of fuzzy control.