NectariosK/-project4-5-

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Python
Created about 3 years ago
Updated about 3 years ago

NectariosK/-project4-5-

NectariosK

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TaskOneGroupOne

data-visualization-with-seaborn

Jupyter Notebook

k-means-clustering

Jupyter Notebook

Big-data-and-Spark

Jupyter Notebook

Reactivities

python-for-data-analysis-with-NumPy

Jupyter Notebook

python_for-data_analysis_with_pandas

Jupyter Notebook

deep-learning

Jupyter Notebook

-bootstrap-

task6-7

project-4-5-task2group1

text-message-sender

gauss-elimination-method

Gauss elimination method deployed with matrices and vectors.

-jQuery-

the_rossler_attractor

This repository/project deals with an explicit algorithm for the implementation of Runge-Kutta method of order 4 on the Rössler system.

data-visualization-with-matplotlib

Jupyter Notebook

project-4-5-task1group2

python-developer-ztm-codes

All codes from the python developer zero to mastery course combined in one repository.

byt-github

linear-regression

Jupyter Notebook

email-sender

pdf-merger-watermarker-edit

This repository contains code that is dedicated to assisting one perform tasks in pdf merging, watermarking and even performing editing e.g. rotating a pdf counterclockwise etc.

my-fibonacci-sequence

The unique sequence that has each number as the sum of the two preceding ones, starting from 0 and 1.

password-checker

Passwords are what we use to secure our accounts on the internet. With so many databases hacked in the past, many passwords and user information/credentials have been leaked. This project is focused on checking if your password has been leaked and finding out how many times that actually happened.

simulation-of-A380-elevator-operation

The aim of this project is to introduce the principles and concept of an aircraft’s elevator operation with the use of simulation models. Considerable simplifications and assumptions are made, and simulations are implemented on the bases of these simplifications. This project would depict the A380 elevator’s model structure, geometry, dynamics, actuator and PID controller. The computations and model analysis of our simulations are made In the MATLAB & SIMULINK software.