pahao

pahao's Stars

• ARMmbed/mbed-os

  Arm Mbed OS is a platform operating system designed for the internet of things

  Language:C4.7k3134.5k3k

• pybamm-team/PyBaMM

  Fast and flexible physics-based battery models in Python

  Language:Python1.1k321.5k562

• MYaqoobEmbedded/STM32-Tutorials

  This folder contains all my STM32 programming projects shared on YouTube

  Language:C5764112557

• ECSHackWeek/impedance.py

  A Python package for working with electrochemical impedance data

  Language:Python22622150104

• kbknudsen/PyEIS

  PyEIS: A Python-based Electrochemical Impedance Spectroscopy simulator and analyzer

  Language:Jupyter Notebook181111360

• KeiLongW/battery-state-estimation

  Estimation of the State of Charge (SOC) of Lithium-ion batteries using Deep LSTMs.

  Language:Jupyter Notebook12931028

• Khaled-Magdy-DeepBlue/STM32_Course_DeepBlue

  STM32 Course Repo

  Language:C1136256

• STMicroelectronics/stm32h7xx-hal-driver

  Provides the STM32Cube MCU Component "hal_driver" of the STM32H7 series.

  Language:C99257043

• RobTillaart/CRC

  CRC library for Arduino

  Language:C++8341817

• ali-ghorbani-k/SOC-estimation-of-lithium-ion-batteries

  Various machine learning algorithms have been used to estimate state-of-charge (SOC) of calendar-aged lithium-ion pouch cells. Calendar life data was generated by applying galvanostatic charge/discharge cycle loads at different storage temperature (35°C and 60°C) and conditions (fully-discharged and fully-charged). The data was obtained at various C-rates for duration of 10 months at one-month intervals. The wininng model, Random Forest (RF), has achieved a R2 score of 99.98% and a mean absolute error (MAE) of 0.14% over test data, confirming the ability of RF to capture input-output dependency. The model will be employed to estimate the SOC of calendar-aged lithium-ion batteries which is essential for the reliable operation of electic vehicles (EVs).

  Language:Jupyter Notebook720515

• DailyDuino/STM32-CAN-bus-example-rx-tx

  STM32 CAN bus example

  Language:C362016

• TUMFTM/EA_Battery_SPMparameterization

  Electrochemical lithium-ion battery model of reduced-order to predict unmeasurable cell states for fast charging control in real time. Methods for parameterization of the model based on half and full cell measurements are provided.

  Language:MATLAB36128

• uslumt/Battery_SoC_Estimation

  Battery State Of Charge(SoC) Estimation Using Stochastic Methods & Machine Learning.

  Language:Jupyter Notebook29108

• ArpanBiswas99/Battery-State-of-Charge-Estimation

  This repository contains code for estimating the State of Charge (SoC) of LG HG2 batteries using Fully Connected Network (FCN), Convolutional Neural Network (CNN), and Long Short-Term Memory (LSTM) models along with optuna based hyperparameter tuning.

  Language:Jupyter Notebook27101

• signaloid/Signaloid-Demo-Batteries-StateOfChargeEstimation

  Uncertainty estimation of the state of charge for a Lithium-ion battery (Panasonic CGR-17500) calculated using the direct voltage mapping method based on the discharge curve of the battery.

  Language:C22417

• taylordotfish/autoheaders

  Automatically generate headers from C code

  Language:Python18311

• georgecatalin/Embedded-Systems-STM32-HAL-APIs-Driver-Development

  Bare-metal programming for the SMT32 Microcontrollers using the HAL library. Drivers for DMA,ADC,UART,TIMERS, GPIO,SPI,I2C,RTC,SysTick

  Language:C11101

• ni/niveristand-fpga-addon-custom-device

  VeriStand FPGA Addon custom device

  Language:LabVIEW79917

• NIVeriStandAdd-Ons/CAN-Frame-Protection-Custom-Device

  Language:LabVIEW710117

• abwerby/PID-DC-motor-speed-controller-Atmega32

  PID DC motor speed controller on Atmega32

  Language:C6200

• leadacid/Algorithms-for-Battery-Management-Systems

  Language:Jupyter Notebook6100

• ProgrammingSimpleSteps/c-examples

  Examples in C from c-programming-simple-steps.com's tutorials

  Language:C6103

• jdios89/TestBench_FDCAN_STM32

  Test code for FDCAN communication and Nanotec stepper motor with integrated controller.

  Language:C++52

• amit-ab/State-Estimation-Observers

  This repo consists of the MATLAB and Simulink simulation of Full Order Observer, Reduced Order Observer, and Kalman Filter.

  Language:MATLAB4101

• STM32World/firmware

  Firmware for the STM32World Development Boards

  Language:C2

• chaitanyackc9/pg-MATLAB-Simulink-Stateflow

  Playground - MATLAB-Simulink-Stateflow

  Language:MATLAB10

• Ivan-LIEBGOTT/moving_average_filtering

  Language:MATLAB11

• Lv2Kode2Pwr/printf

  Simple implementation of printf in C

  Language:C1

• NIVeriStandAdd-Ons/PXIe-4139-Custom-Device

  Language:LabVIEW1

• yonicon/DynamicModeAFM

  A Simulink Model of Dynamic Mode AFM

  Language:MATLAB1100