搜索资源列表
Face_Transfer_with_Multilinear_Models
- Face Transfer is a method for mapping videorecorded perfor-mances of one individual to facial animations of another. It extracts visemes (speech-related mouth articulations), expressions, and three-dimensional (3D) pose from monocular video or 铿乴m fo
3DMeasuringObjectPose
- 用惯量椭圆法实现轴对称目标的三维姿态测量新方法-Application of Ellipse of Inertia in Measuring the Object′s 3D Pose from Mono-View
posit_tut
- This code shows how to use the POSIT algorithm implemented in the Opencv library. This algorithm can be used to estimate the pose of a 3D model.
pose.tar
- Assorted camera pose routines: a collection of small Octave or MATLAB routines for initializing camera pose and perhaps some internal parameters from various sorts of 2D or 3D data. The routines for calibrated pose from known 3D points are also avail
2009PatentSYSTEMFOR3DOBJECTRECOGNITION
- Patent:SYSTEM AND METHOD FOR 3D OBJECT RECOGNITION. The present invention provides a system and method for recognizing a 3D object in a single camera image and for determining the 3D pose of the object with respect to the camera coordinate system. In
3DObjectRecognition
- 3D Object Recognition with Accurate Pose论文-3D Object Recognition with Accurate Pose
Mesh
- 摘要：针对传统的DP算法存在条纹瑕疵，提出了一种改进的垂直性约束动态规划立体匹配算法，通过利用扫描线间的相关信息来约束动态规划过程，使得处理每一条扫描线时都能充分利用以前扫描线的匹配信息。实验结果表明，该算法可以明显地消除传统DP算法的视差图的条纹瑕疵，匹配精度高, 而且执行时间短。-ABSTRACT Although network speed has been increased over the years,bandwidth limitation continues to pos
papers
- 运动员姿态估计,哈工大论文两篇，可用于三维姿态估计-pose estimation for athletes，two papers from Harerbin industrial university,used to 3D pose estimation
3DvisionKinectProcessingandArduino
- 欢迎视觉革命。在微软的Kinec带领下，您现在可以使用三维计算机视觉技术建立数字化三维模型，人和物体，你可以用手势和语音指令操作。这手势指导，提供所有的技术和概念的信息，你需要为Kinect建立出色应用，使用的加工编程语言和Arduino的微控制器。 无论你是学生，业余爱好者，制造商，玩家，或硬件黑客，Ｔｈｉｎｇｓ Ｓｅｅ让你与几个Kinect的项目运行，给予你用这神奇的三维计算机视觉技术建立你自己的玩意和创意项目的技能和经验。解锁你的能力，建立与Kinect的交互式应用程序。
ICP
- 实现了ICP算法，用于三维点云姿态估计，须从数据文件读入三维点-ICP Algorithm for Pose Estimation of 3D point cloud to be read from the data files into three-dimensional point
proyeksi
- In substance, Computer Graphics is a process of transformation from the 3D model object in the form of information geometric shape, pose information, color, texture, and lighting into a 2D image
pose-estimation
- 用3D传感器进行人体姿态估计的一篇文章，对这方面有研究的可以参考-Human pose estimation using 3D sensor article in this regard can refer to the study
Research-on-Optimization
- 介绍了基于模型的位姿估计中所使用的一些优化方法。为了提高位姿估计的精度, 摄像机的标定参数必须足够精确, 这就对标定过程的非线性优化算法提出了很高的要求, 采用了一种新的优化目标函数, 用来最小化控制点间的三维重建误 差, 从而使标定参数是全局最优 在双像机位姿估计中, 引入了实时遗传算法进行全局搜索, 加快了算法的收敛速度。最后的 实验证明了这些方法的正确性并显示出这些方法在精度上比传统方法有了较大程度的提高- It int roduces s ome opt imizat ion
ICP
- 实现了ICP算法，用于三维点云姿态估计，须从数据文件读入三维点-ICP Algorithm for Pose Estimation of 3D point cloud to be read from the data files into three-dimensional point
3D-models-
- 基于三维模型和仿射对应原理的人脸姿态估计方法-Based on 3D models and affine correspondence principle face pose estimation method
miniAHRS_Software
- Mini IMU AHRS上位机显示姿态解算的3D结果-Mini IMU AHRS PC display 3D pose settlement result
ObjRecPoseEst
- Object Pose Recognition
3D-Reconstruction
- Matlab语言编写，从二维图像标记重构3维行人姿态，动态处理。非常适合在此基础上二次开发。资料包含全部代码和相关理论论文。已测试，非常完美实现。(Matlab language is used to reconstruct 3 dimensional pedestrian pose from two-dimensional image tags. Very suitable for two development on this basis. Data contains all the cod
halcon手眼标定培训班讲义
- halcon培训班内部用的讲义，主要包括：01 手眼标定的线性代数基础知识；02 手眼标定的3D知识；03 手眼标定的3D位姿；04 手眼标定之介绍；05 手眼标定之摄像机内参和外参；06 手眼标定之机器人位姿设置；07 六轴关节机器人手眼标定执行和结果保存实例；08 六轴关节机器人手眼标定之目标抓取实例；09 SCARA机器人手眼标定执行和结果保存实例；10 SCARA机器人手眼标定之目标抓取实例(Halcon internal training for handouts,
tf-pose-estimation-master
- OpenPose人体姿态识别项目是美国卡耐基梅隆大学（CMU）基于卷积神经网络和监督学习并以caffe为框架开发的开源库。可以实现人体动作、面部表情、手指运动等姿态估计。适用于单人和多人，具有极好的鲁棒性。是世界上首个基于深度学习的实时多人二维姿态估计应用，基于它的实例如雨后春笋般涌现。人体姿态估计技术在体育健身、动作采集、3D试衣、舆情监测等领域具有广阔的应用前景，人们更加熟悉的应用就是抖音尬舞机(OpenPost Human Attitude Recognition Project is a