wwwkkkjj

wwwkkkjj's Stars

• inmaso/NXP-eMPC-Platoon-Control-Algorithm-Evaluation-Platform

  22

• vmintsis/enhanced-velocity-planning-algorithm

  EVPA is an API that enables the emulation of dynamic eco-driving near signalized intersections in the microscopic traffic simulator Aimsun.

  Language:C++1

• ikbajpai/Eco-Driving-for-Industrial-and-Commercial-Vehicles

  This repository focuses on promoting ecodriving practices tailored to industrial and commercial vehicles. It contains resources, guides, and code examples to optimize vehicle fuel efficiency, reduce emissions, and enhance sustainability in fleet operations.

  11

• Guojyjy/CoTV

  Cooperative control for traffic light signals and connected autonomous vehicles using deep reinforcement learning

  Language:Python529

• shanto268/comprehensive_simulation_traffic_analysis_software

  This repository contains software for multi-agent simulation model of mixed traffic flow of connected (HVs) and automated vehicles (AVs) in Python using pygame, matplotlib, numpy, scipy and seaborn libraries. The software is capable of simulating many different cases of traffic flow and creates data files and figures for the purpose of analysis.

  Language:Python236

• Storn5/intersection-traffic-sim-dqn-ppo

  Project using DQN and PPO deep reinforcement learning to learn to drive a car and control traffic lights at a simulated intersection

  Language:Python3

• mail-ecnu/Paper-collections-of-Deep-Multi-Agent-Reinforcement-Learning

  Paper-collections-of-Deep-Multi-Agent-Reinforcement-Learning

  62

• raoulraft/vehicular_marl

  multi agent deep reinforcement learning in vehicular networks

  Language:Python53

• yassinekebbati/GA-optimized-MLP-based-LPV_MPC

  This is the implementation of the work done in "Optimized self-adaptive PID speed control for autonomous vehicles" paper.

  Language:MATLAB8

• vtfanta/OptimalTrainControl.jl

  Energy efficient speed profile planning for trains and other rail vehicles.

  Language:Julia3

• kendrick1501/PID-Control

  PID steering and speed control for autonomous vehicles

  Language:C++93

• jonghoek/car-stop

  Voltage-Based Braking Controls for Electric Vehicles Considering Weather Condition and Road Slope

  Language:MATLAB2

• z1223343/TCP-communication-between-Python-and-Maltab-Simulink

  This repo summaries the method that I used in my work to build communication between Simulink model and Python

  Language:MATLAB225

• TianqiLi7398/EcoDriving_Intersection

  Project started 2019 spring

  Language:Jupyter Notebook2

• shafaaf/TorontoCityDashboard

  An Intelligent Transportation System web application that performs data analytics and aggregations for transportation and weather data in Toronto.

  Language:JavaScript22

• wenkairen/DDP_Simple_Car_Model

  Differential dynamic programming for trajectory tracking

  Language:C++11

• ZhihanLee/PPO-based-Eco-Driving-for-Prius

  The environment code for the paper 'Learning-based Eco-driving Strategy Design for Connected Power-split Hybrid Electric Vehicles at Signalized Corridors'

  Language:Python282

• vedasreereddy/eVehicle_Range_prediction-main

  Predictive strategy to estimate the driving range of electric vehicles and route them to the nearby charging stations.

  Language:Jupyter Notebook5

• bailiumit/Auto-Driving-Tsinghua

  Bai Liu's bachelor thesis project, on optimizing control strategies of auto-driving vehicles at crossroads

  Language:Matlab136

• omerfaruktekin13/HybridCarModelMATLABSimulinkSimscape

  Hybrid Car Model MATLAB Simulink Simscape

  8

• dassaniGeet/Routing

  Language:C1

• wangjail/DeepRL

  Deep Reinforcement Learning Lab, a platform designed to make DRL technology and fun for everyone

  2

• Dungyichao/Electric-Vehicle-Route-Planning-on-Google-Map-Reinforcement-Learning

  User can set up destination for any agent to navigate on Google Map and learn the best route for the agent based on its current condition and the traffic. Our result is 10% less energy consumption than the route provided by Google map

  Language:Python23164

• kumar0505/Hybrid-Car-Power-Control

  A model based software development using SCADE Suite for hybrid electric vehicle to control the power and their source using energy distribution technology of automatic hybrid vehicle in which electric engine and internal combustion engine is working in series-parallel mode. In parallel series mode we can use one power or combination of power source to operate the vehicles according to situation. In the vehicle there is a plug in to charge the high voltage battery from external power source. And also, a regenerative braking system to restore the wastage of energy. By using KCG Code Generator generate C source code for their Embedded Control System.

  Language:C3

• ByungKwanLee/Adavanced-ECMS

  Advanced Energy Control Management System (Advanced-ECMS) for Electrical Vehicle System using proposed Plus Version of Alternating Direction Method of Multipliers (ADMM+) on Robotics Operating System (ROS)

  Language:C++283

• salilrsharma/Constrained-Non-Linear-Programing-Solver

  To solve the constrained nonlinear optimization problem with equality constraints, Sequential Quadratic Programing (SQP) is implemented in the MATLAB.

  Language:MATLAB3

• StatResp/ECML_EnergyPrediction

  This repo contains the codes used to develop the paper Energy and Emission Prediction forMixed-Vehicle Transit Fleets Using Multi-Taskand Inductive Transfer Learning submitted to ECML 2021

  Language:Jupyter Notebook21

• panne027/AppliedEnergy2021

  This repository contains the test data and code used for the paper titled "Physics-Based Machine Learning Framework for Predicting NOx Emissions from Compression-Ignition Engine Powered Vehicles" that is submitted to the Applied Energy Journal

  Language:Python51

• qianqifeng/Genetic-Algorithm

  Contains a wide variety of genetic algorithm variants

  Language:MATLAB1

• qianqifeng/Particle-Swarm-Optimization

  Contains basic particle swarm optimization algorithms and their variants

  Language:MATLAB1