LibQPEP
Pose estimation library
A C++/MATLAB library for solving generalized quadratic pose estimation problems and related uncertainty description
TRO 2022 - QPEP: A C++/MATLAB library for solving generalized quadratic pose estimation problems and related uncertainty description
173 stars
9 watching
17 forks
Language: MATLAB
last commit: over 2 years agoLinked from 1 awesome list
uhub/awesome-matlabRelated projects:
| Repository | Description | Stars |
|---|---|---|
 tensorlayer/hyperpose | A high-performance pose estimation library for building custom applications. | 1,257 |
 qpsolvers/qpsolvers | A unified Python API for solving convex quadratic programs with various optimization solvers. | 610 |
 caizhongang/smpler-x | An implementation of an expressive human pose and shape estimation system using deep learning techniques | 1,027 |
 mks0601/3dmppe_posenet_release | A PyTorch implementation of a deep learning model for 3D multi-person pose estimation from a single RGB image | 825 |
 davexpro/pytorch-pose-estimation | Provides a PyTorch implementation of a real-time multi-person pose estimation system using part affinity fields | 159 |
 xingyizhou/pytorch-pose-hg-3d | A PyTorch implementation of a 3D human pose estimation algorithm using weak supervision. | 613 |
 bearpaw/pytorch-pose | A PyTorch toolkit for 2D human pose estimation with support for multi-thread data loading, multi-GPU training, and visualization. | 1,109 |
 artivis/manif | A Lie theory library for state estimation in robotics | 1,527 |
 tensorboy/pytorch_realtime_multi-person_pose_estimation | An implementation of a real-time multi-person pose estimation system using PyTorch and a network architecture optimized for inference speed. | 1,370 |
 locuslab/qpth | A solver for optimizing quadratic programs in deep learning and other fields. | 691 |
 princeton-vl/pose-hg-train | Training and experimentation code for human pose estimation using stacked hourglass networks. | 575 |
 zcyang/imageqa-san | This project provides code for training image question answering models using stacked attention networks and convolutional neural networks. | 108 |
 liruilong940607/pose2seg | An implementation of human instance segmentation based on pose estimation | 529 |
 osqp/osqp-matlab | A Matlab interface for solving quadratic programming problems using the OSQP solver | 46 |
 brianborchers/peip | MATLAB code for parameter estimation and inverse problems exercises | 99 |