suleymanaktrk

suleymanaktrk's Stars

• tensorflow/models

  Models and examples built with TensorFlow

  Language:Python77.3k2.7k7.3k45.7k

• freqtrade/freqtrade

  Free, open source crypto trading bot

  Language:Python34.1k6814.9k6.8k

• CMU-Perceptual-Computing-Lab/openpose

  OpenPose: Real-time multi-person keypoint detection library for body, face, hands, and foot estimation

  Language:C++31.6k9252k7.9k

• open-mmlab/mmdetection

  OpenMMLab Detection Toolbox and Benchmark

  Language:Python30k3728.4k9.5k

• matterport/Mask_RCNN

  Mask R-CNN for object detection and instance segmentation on Keras and TensorFlow

  Language:Python24.8k5822.8k11.7k

• tensorflow/tfjs-models

  Pretrained models for TensorFlow.js

  Language:TypeScript14.2k27704.4k

• jwyang/faster-rcnn.pytorch

  A faster pytorch implementation of faster r-cnn

  Language:Python7.7k918392.3k

• google-research/scenic

  Scenic: A Jax Library for Computer Vision Research and Beyond

  Language:Python3.4k40268440

• faroit/awesome-python-scientific-audio

  Curated list of python software and packages related to scientific research in audio

  1.6k7750170

• wangzheallen/awesome-human-pose-estimation

  Human Pose Estimation Related Publication

  1.3k10411208

• quic/sense

  Enhance your application with the ability to see and interact with humans using any RGB camera.

  Language:Python7363033107

• ozcanyarimdunya/python_mini_projeler

  python ile yaptığım minik projeler

  Language:Python246366138

• nicknochnack/MediaPipePoseEstimation

  Language:Jupyter Notebook20245179

• farazBhatti/Human-Body-Measurements-using-Computer-Vision

  Anthropometric measurement extraction using single image

  Language:Python17075063

• ankesh007/Body-Measurement-using-Computer-Vision

  Given 2D image, determine real-world body measurements

  Language:Python1329854

• russoale/hmr2.0

  End-to-end Recovery of Human Shape and Pose with tensorflow 2.0

  Language:Jupyter Notebook12233332

• RobotEdh/Yolov-4

  Yolo v4 using TensorFlow 2.x

  Language:Jupyter Notebook11031730

• arvkr/BodyScan

  Estimate your body fat percentage with a single picture

  Language:Python701515

• sainimohit23/parking-space-detection-system

  Language:Jupyter Notebook553530

• sheelabhadra/Emergency-Vehicle-Detection

  Python implementation of papers on emergency vehicle detection using audio signals

  Language:Jupyter Notebook476414

• Pradnya1208/Squats-angle-detection-using-OpenCV-and-mediapipe_v1

  The purpose of this project is to detect the squat angles which will be helpful for the fitness instructors to provide corrective advice where appropriate.

  Language:Jupyter Notebook451111

• canaltinigne/DeepHeightWeight

  Repository for "Height and Weight Estimation From Unconstrained Images" paper.

  Language:Jupyter Notebook40367

• canaltinigne/HeightWeightFinder

  A Python script to find height and weight of a person in an image.

  Language:Python32257

• walton-wang929/Height_Estimation

  A simple library to estimate height of person

  Language:Python32319

• ayushjain1144/Aerial-Object-Detection

  Official Code for the paper: "AI-enabled Object Detection in UAVs: Challenges, Design Choices, and Research Directions", IEEE Networks

  Language:Jupyter Notebook20215

• wuyenlin/parking_lot_occupancy_detection

  Parking Lot Occupancy Detection in PyTorch (http://cnrpark.it)

  Language:Python18326

• debaditya-unimelb/real-time-car-parking-occupancy

  This is the implementation of "Acharya, D., Yan, W., & Khoshelham, K. (2018) Real-time image-based parking occupancy detection using deep learning. In the proceedings of the 5th Annual Conference of Research@Locate, Adelaide, Australia, CEUR Workshop Proceedings, 2087: 33-40"

  12107

• Vanditg/Person-Retrieval-AVSS-2018

  Implementation of our IEEE AVSS 2018 paper "Person Retrieval in Surveillance Video using Height, Color, and Gender".

  Language:Python8303

• vr620/Emergency_vehicle_detection_system

  This repository contains implementation of real world problem of Emergency Vehicle Siren Detection .Underlying idea is to process the audio signal of siren to extract its various features and train the model using best suited Machine Learning algorithm in order to achieve end result of maximum accuracy. Numerous other techniques were used before applying KNN ,ANN for a conclusive evidence to attain 98% accuracy.

  Language:Jupyter Notebook4110

• 22team-sterlitamak/parking_detector

  Language:Python3201