alfonsJJ

alfonsJJ's Stars

• alambe94/STM32_W25QXX

  Language:C51

• lchnu/STM32H750XBH_ARTPIQSPI_W25Q64JV

  ART-PI STLDR - QSPI Flash W25Q64JV Download Algorithm in ST CubeProg & RT-Thread Studio

  Language:C175

• Rajssss/w25qxx_stm32

  STM32 compatible driver for Winbond W25QXX series SPI NOR Flash.

  Language:C64

• mr-d-self-driving/Control-and-AI-Algorithms

  Implementations of Control (PID, LQ, MPC, ...) and AI (fuzzy logic, Q-learner, SARSA, ...) algorithms

  Language:Matlab5124

• ethanhe42/3D-reconstruction

  two view structure from motion

  Language:MATLAB9446

• swami1995/vo-slam

  Visual Odometry - SLAM with Loop Closure and Bundle Adjustment in MATLAB

  Language:Matlab56

• zinsmatt/StructureFromMotion

  Computer Vision project : 3D reconstruction using a structure from motion algorithm

  Language:Matlab52

• alicevision/LensDistortionFromLines

  An Iterative Optimization Algorithm for Lens Distortion Correction Using Two-Parameter Models, Daniel Santana-Cedrés, Luis Gómez, Miguel Alemán-Flores, Agustín Salgado, Julio Esclarín, Luis Mazorra, Luis Álvarez

  Language:C++6119

• sseshadr/auvsi-cv-lineDetection

  Learn how to detect lines using MATLAB. The concept of a Hough Transform is demonstrated to show how to use them to extract line segments. Tips on some preprocessing techniques are also provided to improve line detection results. An example of lane detection is used to explain these concepts.

  Language:Matlab65

• jw995/Computer-Vision__Hough-Transform-based-line-detector

  This program implemented some basic image processing algorithms and putting them together to build a Hough Transform based line detector. The program is able to find the start and end points of straight line segments in images. Like most vision algorithms, the Hough Transform uses a number of parameters whose optimal values are data dependent (i.e., a set of parameter values that works really well on one image might not be best for another image). By running code and tuning parameters on the test images, it obtained optima value for each image which gives a good performance.

  Language:Matlab92

• rossilhf/Ankon.imageDistortionCorrection.blindly

  image distortion correction blindly

  Language:Matlab12

• binary-husky/gpt_academic

  为GPT/GLM等LLM大语言模型提供实用化交互接口，特别优化论文阅读/润色/写作体验，模块化设计，支持自定义快捷按钮&函数插件，支持Python和C++等项目剖析&自译解功能，PDF/LaTex论文翻译&总结功能，支持并行问询多种LLM模型，支持chatglm3等本地模型。接入通义千问, deepseekcoder, 讯飞星火, 文心一言, llama2, rwkv, claude2, moss等。

  Language:Python64k7.9k

• chelicerae/dewarp

  Script with different lens distortion models for applying (or correcting) barrel or pincushion distortion.

  Language:Python4

• tuuzhang/lens-undistortion-with-automatic-method

  Lens Distortion Correction Using Two-Parameter Models, polynomial and division models.This method aimed at correct the len's radial distortion without camera calibration.The source code and articles was download from IPOL.

  Language:C438

• bbenligiray/lens-distortion-rectification

  Blind Rectification of Radial Distortion by Line Straightness

  Language:Matlab2812

• pingwangsky/Distortion_correction

  The codes of distortion correction of lens using two lines

  Language:MATLAB41

• cramaechi/lens-correction-filter

  Corrects radial distortions in grayscale images

  Language:Matlab71

• bbenligiray/lens-distortion-triangulation

  Lens Distortion Rectification using Triangulation based Interpolation

  Language:Matlab145

• luisrei/computer-vision

  Image Processing and Vision project regarding objects' detection and tracking.

  Language:Matlab2

• cefisalam/Self-Calibration

  Methods of Self Calibration

  Language:MATLAB203

• AmolVagad/ObjectDetection_Matlab

  Implementation of various object detection techniques using features to study their results

  Language:Matlab21

• gowtama6/Object-Detection-and-Pose-Estimation

  Pose estimation project involves the finding the X,Y & Z of the object relative to the camera. The algorithm used is SURF(Speeded-Up Robust Feature). The algorithm detects the feature of base image and the features of the video and feature matching is done. Based on the matched features the object is detected. The pose is estimated by deviation from centroid of the detected object and the current position of object. Tools: MATLAB, Computer Vision Tolbox

  Language:Matlab135

• matlab-deep-learning/Pretrained-YOLOX-Network-For-Object-Detection

  YOLOX inference in MATLAB for Object Detection with yolox_s, yolox_m & yolox_l networks

  241

• sglvladi/TrackingX

  An Object Oriented MATLAB toolkit for (Multi) Target Tracking.

  Language:MATLAB9532

• zhouyifan233/MovingObjDetector-WAMI.matlab

  Moving Object detection in Wide-Area Motion Imagery (WAMI) Videos

  Language:MATLAB133

• horiken4/camera-self-calibration

  Language:C++197

• ziliHarvey/Homographies-for-Plane-Detection-and-3D-Reconstruction

  3D reconstruction and Plane detection using plane-to-plane homography constraints for uncalibrated image pair under Manhattan World Assumption.

  Language:MATLAB153

• harvard-edge/airlearning-ue4

  Environment Generator for Air Learning Project. This version is build on top of UE4 game engine

  Language:C++3710

• Jack-Cherish/Deep-Learning

  :computer:深度学习实战：手写数字识别、Discuz验证码识别、垃圾分类、语义分割

  Language:Python2.1k1k

• udacity/RoboND-OccupancyGridMappingAlgorithm

  Occupancy Grid Mapping Lab

  Language:C++3453