搜索资源列表
siginput
- 生成三维模型异常体填充文件，可以用于有限差分法的电导率值填充，主要用于建立非均匀模型-generated 3D model anomalous body filled with documents, which can be used finite difference method, the conductivity value filled, mainly for the establishment of non-uniform model
BDAretrieval
- 使用BDA实现三维模型相关反馈的算法 注：1、使用本系统必须在本地计算机上安装matlab 2、算法使用的三维模型特征向量是从PSB模型库中自动提取的DESIRE三维模型特征向量 3、本系统自带性能评测机制-use 3D model relevance feedback algorithm Note : 1. Use of this system must be installed on the local computer Matlab 2, algorithm using 3D
KBDAretrieval
- 使用KernelBDA实现三维模型相关反馈的算法注：1、使用本系统必须在本地计算机上安装matlab 2、算法使用的三维模型特征向量是从PSB模型库中自动提取的DESIRE三维模型特征向量 3、本系统自带性能评测机制-KernelBDA use 3D model relevance feedback algorithm Note : 1. Use of this system must be installed on the local computer Matlab 2, algorit
LDAretrievalNew
- 使用LDA实现三维模型相关反馈的算法注：1、使用本系统必须在本地计算机上安装matlab 2、算法使用的三维模型特征向量是从PSB模型库中自动提取的DESIRE三维模型特征向量 3、本系统自带评测机制-use 3D model relevance feedback algorithm Note : 1. Use of this system must be installed on the local computer Matlab 2, algorithm using 3D model fro
spacewarping
- 使用BDA实现三维模型相关反馈的算法 注：算法使用的三维模型特征向量是从PSB模型库中自动提取的DESIRE三维模型特征向量 -use 3D model relevance feedback algorithm Note : algorithm using 3D model from the eigenvectors of the PSB model automatically from the 3D model features DESIRE to volume
MirrorDemo2
- Matlab程序，通过二维图像重建三维模型的例子
完整的3D 模型检索程序
- 完整的3D 模型检索程序，使用C语言编写，可以使学习者从底层研究三维模型的检索框架，同时提供的C语言程序包也可以设计新的三维模型检索算法。,Complete 3D model retrieval, the use of C language, so that students can study three-dimensional model from the bottom of the search framework to provide the C language package can
isaacsrc.4_2.tar
- ISAAC采用多块网格技术求解二维或三维的Euler或者NS方程，并且提供了大量的湍流模型供使用，为相关研究人员提供了很好的参考。-ISAAC solves 2D or 3D Euler or NS equatioon based on a multiblock grid technique, also lots of turbulence models is included in the code. ISAAC provides a good reference for relative r
motion
- 目标运动模型，三维的和二维的都有，本人毕业设计时候编写的-Target motion model, three-dimensional and two-dimensional of all, I graduated from design time to the preparation of the
1
- 计算机视觉的基本任务之一是从摄像机获取的图像信息出发计算三维空间中物体的几何信息，并由此重建和识别物体。这两者之间的关系就是由摄像机的几何成像模型来决定，即由摄像机的参数来决定。实现了张正友和tasi的matlab标定程序！-The basic tasks of computer vision is one of the images from the camera to obtain information from the calculation of three-dimensional g
Proportional navigation method
- 用比例导引法进行拦截弹针对机动目标的弹道仿真，仿真是基于三维模型。-Proportional navigation method used to intercept ballistic missile targets for motor simulation, simulation is based on three-dimensional model.
embed
- 基于几何特征的三维模型数字水印算法研究 水印嵌入代码-Three-dimensional model based on geometric features of watermarking digital watermarking algorithm embed code
Untitled
- 这是我写的一个三维粒子群优化的源码，初始化部分可以更改模型的各个参量，当然代码结构可以进一步优化，感兴趣的可以进一步探究(This is what I wrote a three-dimensional particle swarm optimization source code, the initialization part can change the parameters of the model, of course, the code structure can be furthe
读取off文件
- 可以用matlab读取任意off三维模型文件，提取出三维模型的点与面数据。(An arbitrary off 3D model file can be read by MATLAB, and the point and surface data of the 3D model can be extracted.)
三维模型切割
- 三维模型操作的matlab代码，用于三维模型切割(Matlab code for 3D model operation for 3D model cutting)
plotcube
- 可根据需要建立任意三维立体模型。有使用说明。(Can create three-dimensional model)
斯坦福兔子点云数据-matlab读取并显示
- 三维点云重构，兔子模型，用于学习。交流学习，禁止商用。(Three dimensional point cloud reconstruction, rabbit model, for learning.Exchange study and prohibit business.)
混凝土随机球形骨料球体蒙特卡洛随机分布模型
- 目前三维的混凝土建模很少见，随机球形骨料在受限空间（球体）随机分布模型,本人自己编写，具有原创性。动画显示建模过程。三种粒径不同的骨料随机分布。模拟混凝土材料的过程。有助于后续有限元计算。(Random spherical aggregate in the restricted space (sphere) random distribution model, I write it myself, with originality. Animation shows the modeling pr
利用MATLAB实现CT断层图像的三维重建
- 内含PDF文档有效的解释了三维重构的基本原理以及可以基于Matlab导成三维有限元模型(The PDF document effectively explains the basic principle of three-dimensional reconstruction and can be derived into three-dimensional finite element model based on matlab.)
激光雷达数据处理
- 文件中包含原始激光雷达数据，MATLAB读取.ubh文件、点云数据滤波、误差分析、模型验证、三维表面拟合的源代码，目前调试无误(The file contains raw lidar data. MATLAB reads the source code of.Ubh file, point cloud data filtering, error analysis, model validation and 3D surface fitting. At present, debugging is