prateek-malhotra

prateek-malhotra's Stars

• ikatyang/emoji-cheat-sheet

  A markdown version emoji cheat sheet

  Language:TypeScript12.5k1351314.5k

• DataTalksClub/mlops-zoomcamp

  Free MLOps course from DataTalks.Club

  Language:Jupyter Notebook11.2k185932.2k

• PacktPublishing/Pandas-Cookbook

  Pandas Cookbook, published by Packt

  Language:Jupyter Notebook7086111530

• isayev/ReLeaSE

  Deep Reinforcement Learning for de-novo Drug Design

  Language:Jupyter Notebook3541935136

• srivatsan88/End-to-End-Time-Series

  This repository hosts code for my Time Series videos part of playlist here - https://www.youtube.com/playlist?list=PL3N9eeOlCrP5cK0QRQxeJd6GrQvhAtpBK

  Language:Jupyter Notebook260188202

• roboflow/dji-aerial-georeferencing

  Detect objects in drone videos and plot them on a map

  Language:JavaScript2089734

• microsoft/solution-accelerator-many-models

  Language:Jupyter Notebook194393988

• XinhaoLi74/SmilesPE

  SMILES Pair Encoding: A data-driven substructure representation of chemicals

  Language:Jupyter Notebook18471331

• rociomer/dl-chem-101

  Example implementations of common machine learning projects in chemistry.

  Language:Jupyter Notebook1605231

• microsoft/c9-dev-intro-data-science

  Sample code for Channel 9 Python for Beginners course

  Language:Jupyter Notebook12014033

• SunPower/PVMismatch

  An explicit Python PV system IV & PV curve trace calculator which can also calculate mismatch.

  Language:Jupyter Notebook791410130

• cuge1995/awesome-energy-forecasting

  list of papers, code, and other resources

  641010

• openpvtools/openpvtools

  A catalog of open source tools for solar energy.

  Language:Python506612

• marcus-cmc/Shockley-Queisser-limit

  Calculation and visualization tools for theoretical solar cell efficiencies based on the Shockley Queisser limit with options to change temperature, light intensity, and radiative efficiency

  Language:Python482424

• CynthiaKoopman/Forecasting-Solar-Energy

  Forecasting Solar Power: Analysis of using a LSTM Neural Network

  Language:Jupyter Notebook443021

• shotleft/how-to-python

  Language:Jupyter Notebook421021

• samchaaa/capstone_repo

  Short-Term Solar Forecasting Using LSTMs

  Language:Jupyter Notebook243014

• antoninodimaggio/Irradiance-RNN

  Recurrent neural network for forecasting solar irradiance :sunny:

  Language:Python21334

• Grv-Singh/Solar-Power-Forecasting

  ⚡ Power forecasting of 💚 renewable energy power plants is a very active research field, as reliable information about the 🔮 future power generation allow for a safe operation of the power grid and helps to ⤵ minimize the operational costs of these energy sources.

  Language:Python201214

• Solcast/howto-pandas

  How-To Solcast - Python, Pandas, MatPlotLib, and PvLib

  Language:Jupyter Notebook14354

• ibadrather/pytorch_learn

  Learning Pytorch

  Language:Jupyter Notebook13305

• shubhamchouksey/Power-Prediction-LSTM

  Short-Term Power Forecasting Using LSTMs and Linear Regression

  Language:Jupyter Notebook12302

• redemptionwxy/Predicting-Photovoltaic-Electricity-Generation-Based-on-Weather-Data

  Predicting Solar Energy based on Weather Data via Multilayer Perceptron and Long Short-Term Memory

  Language:Python11203

• Amitdb123/Solar_Power_Analysis-Prediction

  Language:Jupyter Notebook710

• JaviSandoval94/Solar-Energy-Calculator

  Machine learning model to predict solar energy production in Mexico City Metropolitan Area. Results are used to generate a web application to estimate solar energy ROI for domestic users in the region.

  Language:Jupyter Notebook7100

• VMLC-PV/JV_beginner_guide

  Drift-diffusion simulation in support of the 'Beginner’s guide to visual analysis of perovskite and organic solar cell current density-voltage characteristics'

  Language:Jupyter Notebook42

• cvxgrp/pv_bundt_cake

  Code reproducing results of the paper "Time Dilated Bundt Cake Analysis of PV Output"

  Language:Jupyter Notebook3202

• JinYSun/OSCdatabase

  OSC materials with their molecular structures, HOMO, LUMO and device parameters such as open-circuit voltage (VOC), short circuit current (JSC), a fixed fill factor (FF) and PCE

  3100

• guilhermedcastr0/simulador_solar

  Simulation tool for the energy model of photovoltaic solar plants.

  2

• dd-open-source/ml-projects

  Machine learning projects - A faster way to learn new concepts

  Language:Jupyter Notebook11