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zendra123's Projects

data-driven-modelling-of-lithium-ion-batteries icon data-driven-modelling-of-lithium-ion-batteries

Developed a data-driven prognostic model using the Long short-term memory (LSTM) algorithm to predict the state of charge (SoC) and state of health (SoH) of the lithium-ion battery where the dataset was taken from the NASA Repository. The proposed LSTM algorithm was compared against other deep learning algorithms based on RMSE value.

ellyn icon ellyn

python-wrapped version of ellen, a linear genetic programming system for symbolic regression and classification.

li-ionsocalgorithm_gradientboosting icon li-ionsocalgorithm_gradientboosting

The available capacity of a battery, called the state of charge, is a fundamental characteristic for energy storage applications or electric vehicles. In order to model the state of charge of a lithium-ion battery using data-driven techniques, complex algorithms should be used so the dynamic behaviours of the battery are captured. An ensemble decis

linear-regression-of-data-driven-battery icon linear-regression-of-data-driven-battery

Machine-learning approach In this work, author has developed data-driven models that accurately predict the cycle life of commercial lithium iron phosphate (LFP)/ graphite cells using early-cycle data, with no prior knowledge of degradation mechanisms. To build an early-prediction model, a feature-based approach is used. Features, such as initial

pyadlml icon pyadlml

Contains data preprocessing and visualization methods for ADL datasets.

python-stdgp icon python-stdgp

An easy-to-use scikit-learn inspired implementation of the Standard Genetic Programming (StdGP) algorithm.

robotic-battery-modeling icon robotic-battery-modeling

This repository illustrates how to model based on ECM and Data Driven techniques LiFePo types of battery packs used for E-mobility and Robotics applications. The main goal is to simulate the behavior of the battery during charge and discharge cycles while feeding a BLDC motor in order to study and map the SoC of the battery

smarthomeharlib icon smarthomeharlib

SmartHomeHARLib is a small library to implement, test, and evaluate Smart Home Human Activity Recognition algorithms. Many algorithms and datasets exist in the litterature. This library try to contain most as possible datasets and algorithms for research in the Human Activity Recognition (HAR) for Smart Home field.

srbench icon srbench

A living benchmark framework for symbolic regression

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