yasirh-hsn

yasirh-hsn's Stars

• Elbhnasy/Alpacas_Detection_Yolo8

  Trained 50epochs

  Language:Jupyter Notebook10

• computervisioneng/train-yolov8-custom-dataset-step-by-step-guide

  Language:Python23298

• iqbalrpambudi/cat-dog-classifier

  Cat & Dog Image classification using CNN

  Language:Python2

• Fireboltz/Psychic-CCTV

  A video analysis tool built completely in python.

  Language:Python4312

• tpoff/Python-Image-To-Excel-Spreadsheet

  Language:Python219

• VenkateshUV/Comprehending-K-Means-and-KNN-Algorithms

  Language:Jupyter Notebook69

• PadraigC/kNNTutorial

  Python notebooks for kNN Tutorial paper

  Language:Jupyter Notebook159

• shubhamjha97/parkinson-detection

  A machine learning approach to detection of Parkinson's disease.

  Language:Jupyter Notebook3029

• BenJamesbabala/Image_Classification_with_5_methods

  Compared performance of KNN, SVM, BPNN, CNN, Transfer Learning (retrain on Inception v3) on image classification problem. CNN is implemented with TensorFlow

  Language:Jupyter Notebook65148

• eduardosm7/knn-python

  K Nearest Neighbors

  Language:Jupyter Notebook319

• rsk97/Diabetic-Retinopathy-Detection

  DIAGNOSIS OF DIABETIC RETINOPATHY FROM FUNDUS IMAGES USING SVM, KNN, and attention-based CNN models with GradCam score for interpretability,

  Language:Jupyter Notebook11766

• sahilsehwag/FuzzyKNN

  Python implementation of "A Fuzzy K-nearest Neighbor Algorithm by J.M Keller, M.R. Grey and J.A. Givens" 📝

  Language:Jupyter Notebook207

• Bmcgarry194/knn_workshop

  Using K nearest neighbors to predict Seattle housing prices

  Language:Jupyter Notebook229

• kennedyCzar/STOCK-RETURN-PREDICTION-USING-KNN-SVM-GUASSIAN-PROCESS-ADABOOST-TREE-REGRESSION-AND-QDA

  Forecast stock prices using machine learning approach. A time series analysis. Employ the Use of Predictive Modeling in Machine Learning to Forecast Stock Return. Approach Used by Hedge Funds to Select Tradeable Stocks

  Language:Jupyter Notebook12036

• praxton74/KNN_Classification

  Language:Jupyter Notebook239

• boosuro/diabetes_prediction_with_knn

  Using KNN Algorithm to predict if a person will have diabetes or not

  Language:Jupyter Notebook1823

• drop-out/NonparametricKNN

  A KNN regressor that gives predictions based on customized loss function.

  Language:Jupyter Notebook4233

• duranbe/clustering

  Python Implementation of KMeans, KMedoids, Naive Bayes Classifier, NLP

  Language:Jupyter Notebook34

• UCL-DSS/Kmeans-clustering-workshop

  Language:Jupyter Notebook54

• preetmishra/image-compression-kmeans

  Image compression using K-Means.

  Language:Jupyter Notebook144

• net70/KMeans-Clustering---Scikit-Learn

  A quick tutorial on KMeans clustering in Python.

  Language:Jupyter Notebook44

• subhadeep-123/KMeans-and-Agglomerative-Clustering-on-Mall-Customers-dataset

  Kmeans & Hierarchical Agglomerative Clustering algorithms implementation on Mall Customers dataset

  Language:Jupyter Notebook105

• prateekmaj21/Restaurant-Reviews-NLP-Project

  A Natural Language Processing project based on Restaurant reviews.

  Language:Jupyter Notebook42

• prateekmaj21/Natural-Language-Processing

  NLP Projects.

  Language:Jupyter Notebook52

• prateekmaj21/Mall-Customer-Segementation

  Mall Customer Segmentation using KMeans.

  Language:Jupyter Notebook412

• sowmyacr/kmeans_cluster

  Customer segmentation using k-means clustering in python

  Language:Jupyter Notebook5578

• cristianestojeda/FuzzyLogic_example_co2

  Use of Fuzzy logic applied to the control of CO2 levels in a certain fluid.

  Language:Jupyter Notebook3

• ShinyQ/Tugas-Pengantar-AI-2_Fuzzy_Logic

  Language:Jupyter Notebook23

• crismunoz/Fuzzy-Logic

  Language:Jupyter Notebook41

• mikuspikus/Fuzzy-Logic

  Language:Jupyter Notebook4