Pinned Repositories
acceleration-magnification.github.io
Video Acceleration Magnification
auvsi-cv-motionEstimation
Learn how we perceive motion and how to estimate motion using a technique called Optical Flow. You can use three algorithms to implement optical flow using the Computer Vision Toolbox. These three algorithms are Horn-Schunck method, Farneback method, and Lucas-Kanade method. An example of a robot boat moving through a field of buoys will be used.
avatar
Realtime facial motion capture, head pose estimation and rendering of the avatar
BlockBasedMotionEstimation
Block-based motion estimation algorithm with spatial regularization
Bounded-Kalman-filter-method-for-motion-robust-non-contact-heart-rate-estimation
Bounded Kalman filter method for motion-robust, non-contact heart rate estimation
coding-interview-university
A complete computer science study plan to become a software engineer.
deep_motion_mag
Tensorflow implementation of Learning-based Video Motion Magnification
deeplearningbook-chinese
Deep Learning Book Chinese Translation
DeepLearningPrimer
Book-Neural Network and Deep Learning
robust_motion_deblurring
”Two-Phase Kernel Estimation for Robust Motion Deblurring“ 关于该论文的复现
SnailQueen's Repositories
SnailQueen/robust_motion_deblurring
”Two-Phase Kernel Estimation for Robust Motion Deblurring“ 关于该论文的复现
SnailQueen/acceleration-magnification.github.io
Video Acceleration Magnification
SnailQueen/auvsi-cv-motionEstimation
Learn how we perceive motion and how to estimate motion using a technique called Optical Flow. You can use three algorithms to implement optical flow using the Computer Vision Toolbox. These three algorithms are Horn-Schunck method, Farneback method, and Lucas-Kanade method. An example of a robot boat moving through a field of buoys will be used.
SnailQueen/avatar
Realtime facial motion capture, head pose estimation and rendering of the avatar
SnailQueen/BlockBasedMotionEstimation
Block-based motion estimation algorithm with spatial regularization
SnailQueen/Bounded-Kalman-filter-method-for-motion-robust-non-contact-heart-rate-estimation
Bounded Kalman filter method for motion-robust, non-contact heart rate estimation
SnailQueen/coding-interview-university
A complete computer science study plan to become a software engineer.
SnailQueen/deep_motion_mag
Tensorflow implementation of Learning-based Video Motion Magnification
SnailQueen/deeplearningbook-chinese
Deep Learning Book Chinese Translation
SnailQueen/DeepLearningPrimer
Book-Neural Network and Deep Learning
SnailQueen/free-books
互联网上的免费书籍
SnailQueen/heartbeat
Desktop implementation of Remote Photoplethysmography – Measuring heart rate using facial video.
SnailQueen/HeartRateDetection-master
https://github.com/zzuljs/HeartRateDetection.git
SnailQueen/learningrigidity
Learning Rigidity in Dynamic Scenes with a Moving Camera for 3D Motion Field Estimation (ECCV 2018)
SnailQueen/LearningUpUp
Take study notes
SnailQueen/MotionMagnification
Eulerian, Lagrangian, and Phase-Based Motion Magnification in MATLAB
SnailQueen/OpenRQ
SnailQueen/orq
An Open-Source RaptorQ Implementation in C++
SnailQueen/pbMoMa
Phase based video motion magnification
SnailQueen/PhaseBasedInterpolation
This is a personal reimplementation of Phase-Based Frame Interpolation for Video [Meyer et al. 2015]
SnailQueen/PhaseBasedMotionMagnify
c++ implementation of phased based video motion magnification
SnailQueen/phased_based-motion__disentanglement
SnailQueen/pySOT
Surrogate Optimization Toolbox for Python
SnailQueen/Sloshing
Liquid sloshing motion estimation
SnailQueen/sources
SnailQueen/study-DL
SnailQueen/video-acceleration-magnification
Python implementation of video acceleration magnification.
SnailQueen/Vision_Based_Vibration_Measurement