e-courses

e-courses's Stars

• SayantanMitra87/Solar-Panel_Size_and_Cost_Prediction

  Predicting the size and cost of solar panel units for residential setting based on power consumption.

  Language:Jupyter Notebook42

• DEBOJYOTI11/PASS-1-of-A-2-pass-SIC-ASSEMBLER

  It is the phase 1 of a 2 pass assembler for Simple Instruction Computer (SIC).. The program takes an input written in SIC and converts to Intermediate Code. The program is written in Python.

  Language:Python11

• krishnaik06/simple-Linear-Regression

  Simple Linear implementation with python

  Language:Python57139

• ignl/MachineLearning

  My machine learning algortihms implementations. Currently decision tree, and linear/logistic regression.

  Language:Java2829

• kobaj/JavaDecisionTree

  Just a simple example of a Decision Tree growing algorythm written in Java

  Language:Java54

• ostwalprasad/WordFrequencyPython

  Python code to find out most frequent words from different word lists

  Language:Python5231

• adameubanks/PyDa-Course-Code

  Language:Python4957

• upul/Behavioral-Cloning

  Third Project of the Udacity Self-Driving Car Nanodegree Program

  Language:Python234101

• indrajithi/genquest

  Automatic question generation by using NLP

  Language:Python20960

• ZQPei/Sorting_Visualization

  The Sound of Sorting: Visualize and Audibilize 12 classic sorting algorithms in real time

  Language:Python28993

• ragnraok/VisualSort

  the visualization of some sort algorithms

  Language:Python142

• lnutimura/visual-sorting

  A Python program for visualization of sorting algorithms.

  Language:Python21

• burningion/sorting-visualized

  Sorting Algorithms Visualized in Python

  Language:Python318

• zamhown/sorting-visualizer

  📊 Some python scripts which can visualize several famous sorting algorithms and generate the animations via Matplotlib.

  Language:Python23868

• HuyTu7/SentimentAnalysis

  Two ML approaches for Sentiment Analysis

  Language:Python1

• riteshgajera/ocr-image-text

  To extract text from the Images (i.e, Scanned Documents)

  Language:Jupyter Notebook158

• ayesha92ahmad/NLP-image-to-text

  code to extract text from images

  Language:Python3615

• lmoroney/dlaicourse

  Notebooks for learning deep learning

  Language:Jupyter Notebook5.7k5.4k

• fefong/markdown_readme

  Markdown - you can mark up titles, lists, tables, etc., in a much cleaner, readable and accurate way if you do it with HTML.

  4931.8k

• mGalarnyk/datasciencecoursera

  Data Science Repo and blog for John Hopkins Coursera Courses. Please let me know if you have any questions.

  Language:HTML2.2k2.1k

• goodhamgupta/maths-for-ml

  Notes and solutions for the Mathematics for Machine Learning Specialization

  Language:Jupyter Notebook8075

• abhishektripathi24/Deep-Learning-Specialization-Coursera

  A deep learning specialization series of 5 courses offered by Andrew Ng at Coursera

  Language:Jupyter Notebook2314

• ibrahimjelliti/Deeplearning.ai-Natural-Language-Processing-Specialization

  This repository contains my full work and notes on Coursera's NLP Specialization (Natural Language Processing) taught by the instructor Younes Bensouda Mourri and Łukasz Kaiser offered by deeplearning.ai

  Language:Jupyter Notebook724494

• NeuroSYS-pl/objects_counting_dmap

  Objects counting from density map

  Language:Python7530

• leeyeehoo/CSRNet-pytorch

  CSRNet: Dilated Convolutional Neural Networks for Understanding the Highly Congested Scenes

  Language:Jupyter Notebook658261

• gaoguangshuai/survey-for-crowd-counting

  a survey for CNN-based crowd counting and density estimation

  Language:Python6617

• mp2893/med2vec

  Repository for Med2Vec project

  Language:Python22073

• gjy3035/C-3-Framework

  An open-source PyTorch code for crowd counting

  Language:Jupyter Notebook707200

• anishLearnsToCode/symmetric-cryptography

  Coursera Course Symmetric Cryptography 🔑 part of Introduction to Applied Cryptography Specialization.

  166

• CommissarMa/Crowd_counting_from_scratch

  This is an overview and tutorial about crowd counting. In this repository, you can learn how to estimate number of pedestrians in crowd scenes through computer vision and deep learning.

  Language:Python18142