Pinned Repositories
3D-Reconstruction-by-GF-4
Part of implementation of paper named Determining Both Surface Position and Orientation in Structured-Light-Based Sensing. Its abstract is Position and orientation profiles are two principal descriptions of shape in space. We describe how a structured light system, coupled with the illumination of a pseudorandom pattern and a suitable choice of feature points, can allow not only the position but also the orientation of individual surface elements to be determined independently. Unlike traditional designs which use the centroids of the illuminated pattern elements as the feature points, the proposed design uses the grid points between the pattern elements instead. The grid points have the essences that their positions in the image data are inert to the effect of perspective distortion, their individual extractions are not directly dependent on one another, and the grid points possess strong symmetry that can be exploited for their precise localization in the image data. Most importantly, the grid lines of the illuminated pattern that form the grid points can aid in determining surface normals. In this paper, we describe how each of the grid points can be labeled with a unique color code, what symmetry they possess and how the symmetry can be exploited for their precise localization at subpixel accuracy in the image data, and how 3D orientation in addition to 3D position can be determined at each of them. Both the position and orientation profiles can be determined with only a single pattern illumination and a single image capture. And the doi of the paper is 10.1109/TPAMI.2009.192.
3DCS
Three-dimensional compressive sensing algorithms
3dshearlet
3D discrete shearlet
3dv_tutorial
An Invitation to 3D Vision: A Tutorial for Everyone
Adaptive-Grayscale-CSI-Blue-Noise-Patterns
Simulation codes for "Adaptive Grayscale Compressive Spectral Imaging Using Optimal Blue Noise Coding Patterns"
aditof_sdk
Analog Devices 3D ToF software suite
An-Efficient-Algorithm-Designing-Robust-Projection-Matrix
An Efficient Algorithm Designing Robust Projection Matrix
awesome
😎 Awesome lists about all kinds of interesting topics
Awesome-Vision-Attentions
Summary of related papers on visual attention. Related code will be released based on Jittor gradually.
easy_slam_tutorial
首个中文的简单从零开始实现视觉SLAM理论与实践教程，使用Python实现。包括：ORB特征点提取，对极几何，视觉里程计后端优化，实时三维重建地图。A easy SLAM practical tutorial (Python).图像处理、otsu二值化。更多其他教程我的CSDN博客
jhaizx's Repositories
jhaizx/aditof_sdk
Analog Devices 3D ToF software suite
jhaizx/awesome
😎 Awesome lists about all kinds of interesting topics
jhaizx/Awesome-Vision-Attentions
Summary of related papers on visual attention. Related code will be released based on Jittor gradually.
jhaizx/BIRNAT
jhaizx/BlueNoiseDitherMaskTiles
Utility for producing blue-noise dither mask tiles on the GPU
jhaizx/cilib
Code for the book "Compressive imaging: Structure, Sampling, Learning".
jhaizx/CS-MCNet
Pytorch code of CS-MCNet
jhaizx/d2l-zh-tensorflow-colab
Automatically Generated d2l-zh TensorFlow Notebooks for Colab
jhaizx/DGSMP
PyTorch code for CVPR2021 paper "Deep Gaussian Scale Mixture Prior for Spectral Compressive Imaging"
jhaizx/DICTOL
DICTOL - A Dictionary Learning Toolbox in Matlab and Python
jhaizx/event-based_vision_resources
jhaizx/Event_Camera_in_Top_Conference
Event camera (DVS, Spike) based Papers Published on Top International Conference
jhaizx/Faster-FISTA
Source codes for paper "Faster FISTA" and "Improving FISTA: Faster, Smarter and Greedier''
jhaizx/HSI_baseline
A New Backbone for Hyperspectral Image Reconstruction
jhaizx/Hyperspectral-Image-Denoising-
This toolbox
jhaizx/Hyperspectral-Image-Denoising-Benchmark
A list of hyperspectral image denoising resources collected by Yongsen Zhao and Junjun Jiang.
jhaizx/Hyperspectral-Image-Super-Resolution-Benchmark
A list of hyperspectral image super-solution resources collected by Junjun Jiang
jhaizx/ICCV2021-Papers-with-Code-Demo
ICCV 2021 paper with code
jhaizx/jingyunliang
jhaizx/mml-book.github.io
Companion webpage to the book "Mathematics For Machine Learning"
jhaizx/MST
A toolbox for spectral compressive imaging reconstruction including our MST (CVPR 2022), CST (ECCV 2022), DAUHST (NeurIPS 2022), HDNet (CVPR 2022), MST++ (CVPRW 2022), etc.
jhaizx/pnp-recovery
Pytorch code for the NeurIPS 2021 paper "Recovery Analysis for Plug-and-Play Priors using the Restricted Eigenvalue Condition"
jhaizx/Python-1
Demo and other Python3 code
jhaizx/Reproducible-Deep-Compressive-Sensing
Collection of reproducible deep learning for compressive sensing
jhaizx/rTVRA-Release
Source Code of rTVRA for Hyperspectral Image Reconstruction on Dual-camera Compressive Hyperspectral Imaging System
jhaizx/SCI3D
Dense Deep Unfolding Network with 3D-CNN Prior for Snapshot Compressive Imaging, ICCV2021 [PyTorch Code]
jhaizx/Shift-Variant-System
This repo provides a the python code of the paper "SCCD: Shift-Variant Color-Coded Diffractive Spectral Imaging System"
jhaizx/ShuffledRollingShutterCodedAperture
This repository aims to design the coded apertures for rolling shutter video. The reconstruction is performed using the captured compressive projection using two methods, interpolation, and tensor compleition.
jhaizx/TSA-Net
End-to-End Low Cost Compressive Spectral Imaging with Spatial-Spectral Self-Attention
jhaizx/WFS.net
Share files from wavefrontshaping.net