cfdeinza

cfdeinza's Stars

• sergtitov/NodeJS-Learning

  This page contains collection of curated links to blog posts, articles, videos, tutorials, books, frameworks, modules, IDEs, testing tools, hosting providers, etc. to help you learn Node.js and keep up to date.

  1.8k358

• marrerom/Web-Teaching

  Overview of CSE1500 (Web technology part)

  Language:JavaScript2146

• workshopper/learnyounode

  Learn You The Node.js For Much Win! An intro to Node.js via a set of self-guided workshops.

  Language:HTML7.2k1.8k

• public-apis/public-apis

  A collective list of free APIs

  Language:Python313k33.4k

• PacktPublishing/CPP-Data-Structures-and-Algorithms

  C++ Data Structures and Algorithms, published by Packt

  Language:C++296111

• jwasham/coding-interview-university

  A complete computer science study plan to become a software engineer.

  305k76.4k

• AMAI-GmbH/AI-Expert-Roadmap

  Roadmap to becoming an Artificial Intelligence Expert in 2022

  Language:JavaScript29k2.5k

• b7leung/MLE-Flashcards

  200+ detailed flashcards useful for reviewing topics in machine learning, computer vision, and computer science.

  2k172

• google-deepmind/mujoco

  Multi-Joint dynamics with Contact. A general purpose physics simulator.

  Language:Jupyter Notebook7.9k791

• pydy/pydy

  Multibody dynamics tool kit.

  Language:Python371113

• dartsim/dart

  DART: Dynamic Animation and Robotics Toolkit

  Language:C++893286

• AtsushiSakai/PythonRobotics

  Python sample codes for robotics algorithms.

  Language:Python22.8k6.5k

• bonarl/Clohessy-Wiltshire

  Python program for solving the Clohessy-Wiltshire equations and plotting a 3D animation of the solution for a given starting position/ velocity vector and mean motion of the primary orbiting body. The Clohessy-Wiltshire equations describe a simplified model of orbital relative motion, in which the target is in a circular orbit, and the chaser spacecraft is in an elliptical or circular orbit. This model gives a first-order approximation of the chaser's motion in a target-centered coordinate system. It is very useful in planning rendezvous of the chaser with the target

  Language:Python72

• Stable-Baselines-Team/stable-baselines3-contrib

  Contrib package for Stable-Baselines3 - Experimental reinforcement learning (RL) code

  Language:Python463172

• pfnet/pfrl

  PFRL: a PyTorch-based deep reinforcement learning library

  Language:Python1.2k157

• leocelente/leo-adcs-simulator

  Orbit, Rigid Body Dynamics and Magnetic field simulation for Low-Earth-Orbit Spacecraft

  Language:Python196

• salesforce/OmniXAI

  OmniXAI: A Library for eXplainable AI

  Language:Jupyter Notebook86592

• ray-project/ray

  Ray is a unified framework for scaling AI and Python applications. Ray consists of a core distributed runtime and a set of AI Libraries for accelerating ML workloads.

  Language:Python33.1k5.6k

• Kirkados/JSR2020_D4PG

  Open-sourced deep guidance implementation using the D4PG algorithm for spacecraft proximity operations as detailed in Hovell and Ulrich's JSR 2020 paper.

  Language:Python145

• peikexin9/deepxplore

  DeepXplore code release

  Language:Python391145

• awjuliani/Meta-RL

  Implementation of Meta-RL A3C algorithm

  Language:Jupyter Notebook401110

• openai/spinningup

  An educational resource to help anyone learn deep reinforcement learning.

  Language:Python10k2.2k

• act3-ace/aerospaceRL

  Language:Python103

• wandb/wandb

  The AI developer platform. Use Weights & Biases to train and fine-tune models, and manage models from experimentation to production.

  Language:Python8.9k658

• LorenzoFederici/DL-rendezvous-guidance

  Language:Python113

• neu-autonomy/nfl_veripy

  Formal Verification of Neural Feedback Loops (NFLs)

  Language:Python7516