arm-on

arm-on's Stars

• activeloopai/deeplake

  Database for AI. Store Vectors, Images, Texts, Videos, etc. Use with LLMs/LangChain. Store, query, version, & visualize any AI data. Stream data in real-time to PyTorch/TensorFlow. https://activeloop.ai

  Language:Python8.1k90461623

• AlexanderLutsenko/nobuco

  Pytorch to Keras/Tensorflow/TFLite conversion made intuitive

  Language:Python26354717

• Erfaniaa/competitive-programming

  Algorithm Design, Data Structures, ACM-ICPC, and IOI

  Language:C++1926023

• microsoft/ProbTS

  ProbTS is a benchmarking toolkit for time series forecasting.

  Language:Python1016712

• JonasGeiping/data-poisoning

  Implementations of data poisoning attacks against neural networks and related defenses.

  Language:Python66238

• xandery-geek/BackdoorAttacks

  A Pytroch Implementation of Some Backdoor Attack Algorithms, Including BadNets, SIG, FIBA, FTrojan ...

  Language:Python13121

• samousavizade/Economical-Effect-Classification-with-BERT-and-bi-directional-LSTM

  Team: S.Alireza Mousavizade, Fateme Tohidian, Amin Kashiri

  Language:Jupyter Notebook5100

• samousavizade/NER-Detection-with-ParsBERT

  Team: S.Alireza Mousavizade, Fateme Tohidian, Amin Kashiri

  Language:Jupyter Notebook5100

• parsasharify/Stain-invariant-self-supervised-learning

  Here I regenerated the code and the results of this article : Stain-invariant self supervised learning for histopathology image analysis

  Language:Jupyter Notebook3200

• sut-py/Fall2023

  Mr. Malekzadeh's CE153: Fundamentals of Programming Python Course

  Language:Python3100

• MMovasaghi/Advanced-Programming

  Advanced Programming - Shahed University [Tehran] - C# Programming Language

  Language:C#2200

• MMovasaghi/leukemia-microarray-analysis

  Leukemia microarray data analysis, AML Patient vs Normal blood cells microarray data analysis

  Language:R2200

• parsasharify/A-for-graph-N-puzzle

  Language:Python2100

• parsasharify/Complex-Network-linear-algebra

  In this project, the following steps are performed: Introducing the concepts of complex networks and synchronization. Familiarity with Runge-Kutta tool and graph data structure. Measuring the degree of synchronization of graph using kuramoto order parameter. Rewiring algorithm implementation to improve synchronization.

  Language:Jupyter Notebook2100

• parsasharify/Continuous_Optimization

  Language:Jupyter Notebook2100

• parsasharify/Deep-Reinforcement-Learning

  Language:Jupyter Notebook2100

• parsasharify/Genetic-Algorithm

  Language:Python2100

• parsasharify/medical-imaging-article

  Here is an article I wrote by myself about computer vision methods for diagnosing skin cancer

  2200

• parsasharify/ML-course-project

  In this project I implemented few models for classification of critics about different movies

  Language:Jupyter Notebook2100

• parsasharify/NLP_Project

  Language:Jupyter Notebook20

• parsasharify/Simulated-Annealing

  Language:Python2100

• parsasharify/SVM-for-Image-classification

  Language:Jupyter Notebook2

• MMovasaghi/Csharp-Programming-Edu

  Language:C#1200

• MMovasaghi/Introduction-to-cpp

  Introduction to c++ programming language

  Language:C++10

• parsasharify/Basic-RL

  Language:Python110

• parsasharify/Decision-Tree-Bagging-Boosting

  In this file I wrote a code for decision tree from scratch and used it for bagging and boosting methods

  Language:Jupyter Notebook110

• parsasharify/Lasso-Ridge

  In this repo I implemented lasso and ridge methods from scratch and compared their results

  110

• parsasharify/Lasso-Ridge-Regression

  Language:Jupyter Notebook1

• parsasharify/Machine-Learning-course

  Language:Jupyter Notebook110

• parsasharify/Polynomial-Regression-and-Splines-and-

  In this repo I coded Polynomial Regression and Splines and gave an analyse on their results

  Language:Jupyter Notebook1