whisht120

whisht120's Stars

• 1c7/chinese-independent-developer

  👩🏿‍💻👨🏾‍💻👩🏼‍💻👨🏽‍💻👩🏻‍💻**独立开发者项目列表 -- 分享大家都在做什么

  37.3k1.2k1433.1k

• timqian/chinese-independent-blogs

  中文独立博客列表

  Language:Python20.4k292812.5k

• WeNeedHome/SummaryOfLoanSuspension

  全国各省市停贷通知汇总

  Language:HTML20.3k32502.1k

• ustctug/ustcthesis

  LaTeX template for USTC thesis

  Language:TeX1.6k35337397

• mlii/mfrl

  Mean Field Multi-Agent Reinforcement Learning

  Language:Python3741030100

• kentsommer/pytorch-value-iteration-networks

  Pytorch implementation of Value Iteration Networks (NIPS 2016 best paper)

  Language:Python31891162

• avivt/VIN

  Value Iteration Networks

  Language:Python288191469

• yu-jiang/radpbook

  Source code for examples in Book "Robust Adaptive Dynamic Programming"

  Language:MATLAB1187745

• savinay95n/Reinforcement-learning-Algorithms-and-Dynamic-Programming

  Reinforcement learning Algorithms such as SARSA, Q learning, Actor-Critic Policy Gradient and Value Function Approximation were applied to stabilize an inverted pendulum system and achieve optimal control. So essentially, the concept of Reinforcement Learning Controllers has been established. The Reinforcement Learning Controllers have been compared on the basis of performance and efficiency and they are separately compared with the classical Linear Quadratic Regulator Controller. Each of the RL controller have been integrated with a Swing up controller. A virtual switch toggles between the Swing up controller and the RL controller automatically, based on the value of the angular deviation theta with respect to the vertical plane. My research paper and my undergraduate thesis have been uploaded for reference. All the codes have also been uploaded.

  Language:MATLAB1017025

• TSummersLab/Distributionally-robust-stochastic-OPF

  Language:MATLAB782228

• vfitoolkit/VFIToolkit-matlab

  A Matlab Toolkit for Macroeconomic Models using Value Function Iteration

  Language:MATLAB7711751

• FarnazAdib/Crash_course_on_RL

  This is a self-contained repository to explain two basic Reinforcement (RL) algorithms.

  Language:Jupyter Notebook734117

• kunqian2025/reinforcement-learning

  Implementation of Single-Agent and Multi-Agent Reinforcement Learning Algorithms. MATLAB.

  Language:Matlab571027

• MathewMithraNoel/Reinforcement-Learning-for-Nonlinear-Control

  Control of a nonlinear liquid level system using a new artificial neural network based reinforcement learning approach

  Language:MATLAB380022

• modestyachts/robust-adaptive-lqr

  Implementation of robust adaptive control methods for the linear quadratic regulator

  Language:Jupyter Notebook365010

• Riashat/Q-Learning-SARSA-Policy-and-Value-Iteration

  Implementation of basic reinforcement learning algorithms (Q-learning, SARSA, Policy iteration and Value Iteration) on benchmark RL MDPs (GridWorld, SmallWorld and CliffWorld)

  Language:MATLAB366015

• vroulet/ilqc

  Iterative Linearized Control Toolbox

  Language:Jupyter Notebook34128

• nuria95/O-RAAC

  Offline Risk-Averse Actor-Critic (O-RAAC). A model-free RL algorithm for risk-averse RL in a fully offline setting

  Language:Python33224

• Riashat/Policy-Gradient-Reinforcement-Learning

  Language:Matlab334010

• sparisi/td-reg

  TD-Regularized Actor-Critic Methods

  Language:MATLAB32126

• sufengniu/GVIN

  Generalized Value Iteration Network

  Language:Python236410

• instadeepai/EGTA-NMARL

  Experiments for performing empirical game-theoretic analysis of networked system control for common-pool resource management using multi-agent reinforcement learning.

  Language:Python16502

• msareebhakak/Reinforcement-Learning-based-LQR

  Reinforcement based gain calculation for a tracking LQR using actor-critic method

  Language:MATLAB16209

• jgeisler0303/DDP-Generator

  Generate taylored code for Differential Dynamic Programming (DDP) aka Iterative Linear Quadratic Gaussian (iLQG) solvers for finite time Optimal Control Problems (OCP)

  Language:C15332

• idaohang/Linear-Quadratic-Regulator-with-KF

  LQR combined with a Kalman Filter, example developed in Simulink/Matlab

  Language:MATLAB8203

• ron-amit/Discount_as_Regularizer

  Code for the paper "Discount Factor as a Regularizer in Reinforcement Learning" ICML 2020

  Language:Python62

• JapSethi/Linear-Quadratic-Gaussian-Control-Inverted-Pendulum-On-A-Cart

  Mini Side Project to check observability and do optimal linear full state estimation of Inverted Pendulum on a Cart

  Language:MATLAB4303

• EmmanuelOwusu/-Linear-Quadratic-Regulators

  This is a presentation on Linear Quadratic Regulators

  30

• I2RLab/RegretMeasurement-GUI

  This is a survey instrument coded in Matlab for quantitative measure of regret theory. Regret theory is a model for human-like decision-making which can describe the risk-seeking and risk-averse behaviors. The explanation of the HCI design is published in IFAC conference on Cyber Physical and Human System 2018. The preprint is available at https://arxiv.org/abs/1810.00462.

  Language:MATLAB2301

• cvxgrp/extquadcontrol

  Language:Python130