anxingle

anxingle's Stars

• CompVis/stable-diffusion

  A latent text-to-image diffusion model

  Language:Jupyter Notebook69.3k56871910.3k

• zzzgydi/clash-verge

  A Clash GUI based on tauri. Supports Windows, macOS and Linux.

  Language:TypeScript21.7k1287993.2k

• albumentations-team/albumentations

  Fast and flexible image augmentation library. Paper about the library: https://www.mdpi.com/2078-2489/11/2/125

  Language:Python14.5k1281.1k1.7k

• fepegar/torchio

  Medical imaging toolkit for deep learning

  Language:Python2.1k19466240

• dinbtechit/vscode-theme

  VSCode theme for all Jetbrains IDEs

  Language:Kotlin828510326

• pmneila/PyMCubes

  Marching cubes (and related tools) for Python

  Language:C++72183790

• kahowang/sensor-fusion-for-localization-and-mapping

  深蓝学院 多传感器定位融合第四期 学习笔记

  Language:C++706144244

• OpenPPL/ppl.cv

  ppl.cv is a high-performance image processing library of openPPL supporting various platforms.

  Language:C++4961644113

• CosmosShadow/GeneralAgent

  A python native agent framework

  Language:Python438121553

• Mycenae/PaperWeekly

  Papers for CNN, object detection, keypoint detection, semantic segmentation, medical image processing, SLAM, etc.

  30012264

• myhhub/cmake-project

  CMake完整使用教程。CMake教程包括一系列循序渐进的任务，介绍CMake信息，展示如何实现目标。

  Language:CMake27011036

• bingogome/samm

  A 3D Slicer integration to Meta's SAM.

  Language:Jupyter Notebook24345335

• anjany/verse

  Everything about the 'Large Scale Vertebrae Segmentation Challenge' @ MICCAI 2019-2020

  Language:Jupyter Notebook218121751

• eigenvivek/DiffDRR

  Auto-differentiable digitally reconstructed radiographs in PyTorch

  Language:Python160519823

• eigenvivek/DiffPose

  [CVPR 2024] Intraoperative 2D/3D registration via differentiable X-ray rendering

  Language:Python12554415

• seetaresearch/dragon

  A Computation Graph Virtual Machine based ML Framework

  Language:Python10712214

• rg2/xreg

  Library and executables for modeling and registration applications in medical image analysis. Particular emphasis on intraoperative fluoroscopic (X-ray) navigation via 2D/3D registration.

  Language:C++9951422

• InsightSoftwareConsortium/ScientificImageAnalysisVisualizationAndArtificialIntelligenceCourse

  Language:Jupyter Notebook8411323

• rg2/DeepFluoroLabeling-IPCAI2020

  Code and data for the "annotation" component of the IPCAI 2020 paper: "Automatic Annotation of Hip Anatomy in Fluoroscopy for Robust and Efficient 2D/3D Registration." https://arxiv.org/abs/1911.07042 or https://doi.org/10.1007/s11548-020-02162-7

  Language:Python824613

• fabio86d/CUDA_DigitallyReconstructedRadiographs

  GPU accelerated python library for generation of Digitally Reconstructed Radiographs (March 2018)

  Language:Cuda592416

• InsightSoftwareConsortium/ITKTwoProjectionRegistration

  ITK-Based Implementation of Two-Projection 2D/3D Registration Method with an Application in Patient Setup for External Beam Radiotherapy

  Language:C++5011018

• rg2/Regi2D3D-IPCAI2020

  Code for the registration component of the IPCAI 2020 paper: "Automatic Annotation of Hip Anatomy in Fluoroscopy for Robust and Efficient 2D/3D Registration." https://arxiv.org/abs/1911.07042 or https://doi.org/10.1007/s11548-020-02162-7

  Language:C++47212

• FolkeV/CUDA_CCL

  A Connected Component Labelling algorithm implemented in CUDA

  Language:Cuda46016

• LiuLiluZJU/Opt-GO-3D-2D-Registration

  Optimization-GradientOrientation based 3D/2D registration algorithm of medical imaging

  Language:Python38268

• chiconasa3000/2D-3D-RegistrationTool

  2D/3D Registration working with PatchedRayCast and ITK libraries using CPU it is from the framework by Bertelsen A., Borro D.

  Language:C++37636

• zpye/SimpleInfer

  A simple neural network inference framework

  Language:C++25202

• alvin-yang68/Marching-Cubes

  Implementation of the Marching Cubes algorithm on Python.

  Language:Jupyter Notebook12127

• lancelevine/SlicerDRRGenerator

  A 3D Slicer extension that generates Digitally Reconstructed Radiographs

  Language:C++12285

• SlicerMorph/Spr_2021

  Spring 2021 Short Course materials

  11604

• LiuLiluZJU/2P-AE2

  Language:Python3110