sora8814

sora8814's Stars

• prameshk/Traffic-Assignment

  This program solves the user equilibrium and stochastic user equilibrium for the city network

  Language:Python12342

• meditateultra/anxious-EV-charging

  A pytorch implementation of the methods described in the paper "Deep Reinforcement Learning for Continuous Electric Vehicles Charging Control With Dynamic User Behaviors"

  Language:Python212

• krahets/hello-algo

  《Hello 算法》：动画图解、一键运行的数据结构与算法教程。支持 Python, Java, C++, C, C#, JS, Go, Swift, Rust, Ruby, Kotlin, TS, Dart 代码。简体版和繁体版同步更新，English version ongoing

  Language:Java107k13.3k

• geekxh/hello-algorithm

  🌍 针对小白的算法训练 | 包括四部分：①.大厂面经 ②.力扣图解 ③.千本开源电子书 ④.百张技术思维导图（项目花了上百小时，希望可以点 star 支持，🌹感谢~）推荐免费ChatGPT使用网站

  Language:Java35.4k6.5k

• HimpeWillem/MatlabTrafficToolbox

  This is the matlab package for dynamic traffic assignments developed by the KULeuven

  Language:MATLAB3212

• avk4714/PhDDissertationCode_AVKalia

  This repository contains models, parameter data, control algorithms and results data for Doctoral Dissertation titled "Contributions to Passenger and Commercial Hybrid Electric Vehicle Energy Management Control" submitted by Aman Ved Kalia in June, 2020 at University of Washington, Seattle.

  Language:MATLAB254

• philippnormann/ev-charging-optimization

  ⚡ A simulation of finding the shortest charging routes for electric vehicle fleets using ant colony optimization.

  Language:Python161

• PhilippBrendel/bevrp

  This repository contains code related to solving and visualizing the Bi-Directional Electric Vehicle Routing Problem (B-EVRP) as well as some exemplary data and results.

  Language:Python185

• liuhao2638/charge

  Implementation of the paper "A coordinated charging scheduling method for electric vehicles considering different charging demands"

  Language:MATLAB244

• vaaiibhav/Multiobjective-Based-Large-Scale-Electric-Vehicle-Charging-Analysis

  Multiobjective Based Large-Scale Electric Vehicle Charging Behaviours Analysis

  Language:MATLAB312

• simscape/Electric-Vehicle-Simscape

  This repository show you how to model an automotive battery electric vehicle (BEV) for range estimation and battery sizing.

  Language:MATLAB304

• StevenLamontagne/EVChargingStationModel

  Optimisation model for determining optimal location of electric vehicle charging stations as to maximise electric vehicle adoption

  Language:Python255

• indyfree/ma-thesis

  Use RL to balance the electrical power grid with electric vehicle fleets

  Language:TeX196

• BAN-JY/PSO

  Vehicle scheduling optimization of battery electric bus based on Partical Swarm Optimization

  Language:MATLAB436

• mjTrev/electric_vehicle_charging_scheduler

  program that uses reinforced q-learning to come up with optimal electric vehicle charging schedule based on user's driving habits

  Language:Python114

• ccubc/ChargeUp

  optimizing locations of electric vehicle charging stations in the city of Toronto

  Language:Jupyter Notebook2810

• CharlesGaydon/Electric-Vehicle-Charge-Optimization

  Simplified electric vehicle charge optimization based on Hoke (2011).

  Language:Jupyter Notebook134

• sajansen1404/ABM_EV_MODEL

  Modelling dynamics of Electric Vehicles (EVs)

  Language:Jupyter Notebook84

• lryz0612/Transfer_DRL_EMS

  Cross-type transfer for deep reinforcement learning based hybrid electric vehicle energy management

  Language:Jupyter Notebook5013

• ericmassip/Smart_Charging_Of_Electric_Vehicles

  Smart charging of electric vehicles for maximizing PV self-consumption using Deep Reinforcement Learning. Data preprocessing was done with Pandas, data visualization with Matplotlib and Seaborn, matrix manipulation with Numpy, unit testing with the Unittest python library and neural network training and testing with Keras.

  Language:Jupyter Notebook245

• avkhimen/Electric_Vehicle_Charging_Simulation

  This project implements Q-Learning to find the optimal policy for charging and discharging electric vehicles in a V2G scheme under conditions of uncertain commitment of EV owners. The problem is modelled as a multi-objective multi-agent cooperative game. Project is part of fulfillment criteria for ECE 730 course at the University of Alberta.

  Language:Python445

• RishavDugar/Artificial-Intelligence

  Electric Vehicle Routing Problem

  Language:Python333

• ahmadi26/Electrical-Vehicle-V2G

  electrical vehicle

  Language:MATLAB356

• lryz0612/DRL-Energy-Management

  Deep reinforcement learning based energy management strategy for hybrid electric vehicle

  Language:Jupyter Notebook19852

• damienmaguire/Stm32-vcu

  A Vehicle Control Unit for Electric Vehicle Conversion Projects based on an STM32F107. Software based on the Openinverter Project.

  Language:C++12772

• docwza/sumolights

  SUMO adaptive traffic signal control - DQN, DDPG, Webster's, Max-pressure, Self-Organizing Traffic Lights

  Language:Python27366

• yululeah/UE-problem-for-PHEV-and-ICEV

  Network user equilibrium problems for the plug-in electric vehicles and gasoline vehicles subject to road length constraints

  Language:Python6

• yuwvandy/Coupled-Transportation-and-Power-System

  Language:Python41

• wsyCUHK/Reinforcement-Learning-for-Real-time-Pricing-and-Scheduling-Control-in-EV-Charging-Stations

  Reinforcement Learning for Real time Pricing and Scheduling Control in EV Charging Stations

  Language:Python12732

• jinzhuyu/ICOSSAR2021-NetworkResilienceAssessment

  Code for the ICOSSAR 2021 paper titled Comparing Topology-based and Flow-based Resilience Assessment of Interdependent Infrastructure Networks

  Language:Python111